CHAPTER 6- Analysis 2-AGENT PROFILE, PRACTICES
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Transcript of CHAPTER 6- Analysis 2-AGENT PROFILE, PRACTICES
CHAPTER - VI
ANALYSIS - 2 AGENT PROFILE AND PRACTICES
6.1 INTRODUCTION
The study has been conducted at Chennai and Tiruchirapalli covering both
customers and agents. This chapter aims to analyse the responses received from
agents. The principal objective behind the analysis is to understand the profile of agents
and their selling practices. According to Insurance Act 1965, “insurance agent means an
insurance agent licensed under Sec. 42 who receives or agrees to receive payment by
way of commission or other remuneration in consideration of his soliciting or procuring
insurance business including business relating to the continuance, renewal or revival of
policies of insurance”. Agents surveyed are from different life insurance companies
including public sector giant, Life Insurance Corporation of India.
6.2 DEMOGRAPHIC VARIABLES
Table 6.1: Age groups of agents Chennai Tiruchirapalli
Age group No. of Respondents Percentage No. of
Respondents Percentage
< 30 6 19 12 75
>30 26 81 4 25
Total 32 16
Source: Primary data It can be inferred from the above table that 81 percent of the agents in Chennai
and 25 percent in Tiruchirapalli are above 30 years of age. 19 percent of the agents in
Chennai and 75 percent in Tiruchirapalli are less than 30 years of age.
195
Table 6.2: Sex of agents Chennai Tiruchirapalli
Sex No. of Respondents Percentage No. of
Respondents Percentage
Male 21 66 14 88
Female 11 34 2 12
Total 32 16
Source: Primary data Of the agents surveyed in Chennai, 66 percent are male and the balance 34
percent are females. 88 percent of the agents surveyed in Tiruchirapalli are male and
the rest are female. It is interesting to note that in countries like Japan and Korea women
are more successful as life insurance agents.
Table 6.3: Educational qualifications of agents
Chennai Tiruchirapalli Qualification No. of
Respondents Percentage No. of Respondents Percentage
Higher Secondary (HSC) 4 12.50 4 25.00
Under graduate (UG) 16 50.00 10 62.50
Post graduate (PG) 7 21.88 1 6.25
Professional 5 15.63 1 6.25
Total 32 16
Source: Primary data
More than 85% of the agent respondents in Chennai and 75% in Tiruchirapalli
were graduates, postgraduates or holders of professional qualification. Only 12.50
percent in Chennai and 25 percent in Tiruchirapalli have qualification upto Higher
Secondary (HSC). Insurance Regulatory and Development Authority has prescribed
passing of Higher Secondary Examination as the minimum educational requirement to
become a life insurance agent.
196
Table 6.4: Previous work experience of agents Chennai Tiruchirapalli Previous work
experience No. of Respondents Percentage No. of
Respondents Percentage
No experience 3 9 5 31
<=10 16 50 9 56
>10 13 41 2 13
Total 32 16 Source: Primary data Previous work experience refers to the work experience of the agent prior to
becoming an agent for life insurance products. 9 percent of the respondents in
Chennai and 31 percent of the respondents in Tiruchirapalli have no work experience.
50 percent of the agents in Chennai and 56 percent in Tiruchirapalli have work
experience of less than 10 years. 41 percent of the agents in Chennai and 13 percent
in Tiruchirapalli have work experience exceeding 10 years.
Table 6.5: Domain of previous work experience of agents
Chennai Tiruchirapalli Previous work experience No. of
Respondents Percentage No. of Respondents Percentage
Finance field & Sales 8 28 5 45
Finance field but Non sales 8 28 1 9
Non finance but sales exp 7 24 4 37
Non finance and non sales 6 20 1 9
Total numbers of agents with previous work experience 29 11
Source: Primary data
For the purpose of analysis, finance field includes experience in Non Banking
Finance Companies, Bank, Insurance Companies, Mutual Funds, Financial Products
distribution and Stock broking. Respondents from Chennai are more or less evenly
197
distributed across all the four groupings on previous work experience. 45 percent of the
respondents in Tiruchirapalli have worked in finance field with sales experience and
another 36 percent of the respondents in Tiruchirapalli have experience in sales
although in non-finance field.
Table 6.6: Nature of life insurance agency of agents
Chennai Tiruchirapalli Nature of life insurance agency No. of
Respondents Percentage No. of Respondents Percentage
Full time 21 66 5 31
Part time 11 34 11 69
Total 32 16
Source: Primary data
Figure 6.1: Nature of life insurance agency of agents
Source: Primary data
66 percent of the respondents in Chennai and 31 percent of the respondents in
Tiruchirapalli are full time agents. A Full time agent is one, whose main occupation is
selling life insurance product as life insurance agent. In addition to their main business
or employment an individual can also take to insurance distribution as part time agent.
198
Table 6.7: Classification of occupation of part time agents Chennai Tiruchirapalli Occupation of part time
agents No. of Respondents Percentage No. of
Respondents Percentage
Employed 6 55 3 27
Business 2 18 7 64
Financial products distributor 3 27 1 9
Total number of part time agents 11 11
Source: Primary data
Figure 6.2: Classification of occupation of part time agents
Source: Primary data Of the part time agents 54.55 percent in Chennai are employed and 63.64
percent in Tiruchirapalli are into business. 27.27 percent in Chennai and 9.09 percent in
Tiruchirapalli are engaged in the retailing of financial products as distributors.
Table 6.8: Number of years of work experience as agent Chennai Tiruchirapalli Number of years
experience as agent No. of Respondents Percentage No. of
Respondents Percentage
<=6 yrs 22 69 9 56
> 6 yrs 10 31 7 44
Total 32 16 Source: Primary data
199
Figure 6.3: Number of years of work experience as agents
Source: Primary data
It can be observed from the above figure that 68.75 percent of the agent
respondents in Chennai and 56.25 percent in Tiruchirapalli have an agency experience
of 6 years are less. 31.25 percent in Chennai and 43.75 percent in Tiruchirapalli have
work experience exceeding 6 years.
In order to encourage agents for higher levels of performance life insurance
companies have developed a reward and recognition program, which is generally known
as club membership benefit. After an agent starts performing above the threshold limit,
he or she becomes eligible for exclusive perks by way of ‘Club Memberships’. Club
membership refers to the additional benefits given by life insurance companies to their
agents as a reward and recognition mechanism over and above the commission payable
to them and is aimed at meeting the aspirations of the agents.
200
Table 6.9: Club membership recognition of agents Chennai Tiruchirapalli
Club membership No. of Respondents Percentage No. of
Respondents Percentage
Club member 22 69 3 19
Not a member 10 31 13 81
Total 32 16 Source: Primary data
69 percent of the respondents in Chennai and 19 percent in Tiruchirapalli are
club members. 81 percent of the respondents in Tiruchirapalli are non-club members.
Table 6.10: Distributing products other than life insurance by agents Chennai Tiruchirapalli Distributing products
other than life insurance No. of Respondents Percentage No. of
Respondents Percentage
Sell other products 11 34 5 31
Do not sell 21 66 11 69
Total 32 100 16 100 Source: Primary data
66 percent of the agent respondents in Chennai and 69 percent in Tiruchirapalli
distribute only life insurance products and they do not sell any other product. Only 34
percent of respondents from Chennai and 31 percent from Tiruchirapalli distribute or sell
other financial products. According to a study by LIMRA, an established agent derives
over 15 percent of his or her income from products other than insurance. For today’s
agents, the product breadth has greatly expanded their market, while at the same time
has become quite daunting for them to master (Limra-Moss Adams, 2006).
201
Table 6.11: List of products other than life insurance distributed by agents
Chennai Tiruchirapalli Other products distributed by agents No. of
Respondents Percentage No. of Respondents Percentage
Mutual Fund 7 64 0 0.00
RBI /Post office deposits 5 45 1 20.00
Equity shares 6 55 2 40.00
Company deposit 3 27 0 0.00
Other product 5 45 2 40.00
Total of agents distributing other products 11 5
Source: Primary data Note: Multiple entries possible and hence total may not add up to 100% or sample size.
Out of the segment of the agent respondents who sell other products in addition
to life insurance products, 64 percent of the agents in Chennai sell mutual fund products.
RBI Bonds, Post office deposits and Equity shares. An agent respondent in Chennai
sells on an average 2.6 products in addition to life insurance products. This diversified
product offering has not been noticed among agent respondents in Tiruchirapalli.
202
Table 6.12: List of life insurance products distributed by agents Chennai Tiruchirapalli
Life insurance products No. of Respondents Percentage No. of
Respondents Percentage
Term assurance 16 50 1 6
Unit Linked (UL) Single Premium products 17 53 5 31
UL Pension 20 66 10 63
Investment plans 21 66 5 31
UL Endowment 23 72 15 94
Money back 24 75 1 6
Children's plan 25 78 3 19
Pension Plan 25 78 7 44
Endowment 26 81 1 6 Source: Primary data Note: Multiple entries possible and hence total may not add up to 100% or sample size. Endowment products are the most distributed by agent respondents in Chennai
with more than 81 percent stating that they sell endowment products. Pension Plans
and Children’s plan are also distributed by most of the respondents in Chennai.
Interestingly 94 percent of the agent respondents in Tiruchirapalli stated that they
distributed Unit Linked endowment plans followed by Unit Linked pension plans. Term
assurance product, which offers pure risk cover, has the lowest score in both Chennai
and Tiruchirapalli.
203
Figure 6.4: Ranking of insurance products sold by agents
Source: Primary data
Except for ranking of Term assurance and Pension plan, significant divergence
can be observed in the life insurance products distributed by agent respondents in
Chennai and Tiruchirapalli. The recent bull market condition, started in the year 2005,
has fuelled the growth and higher sales of unit-linked products.
Commission is a compensation for an insurance agent for the sale of a policy.
Most life insurance companies pay a high first year commission and lower commissions
in subsequent years. This commission structure is controversial since critics feel that it is
heavily weighted towards selling a new product at the expense of subsequent service as
the agents chase new business leaving their existing customers without service.
204
Table 6.13: Monthly commission earnings by agents Chennai Tiruchirapalli Commission
earnings Commission
Band No. of Respondents Percentage No. of
Respondents Percentage
Less than 5000 3 9 6 38
5000 to 10000 Lower Band
5 16 6 38
10000 to 15000 10 31 3 19
15000 to 20000 Mid Band
6 19 1 5
20,000 to 30000 5 16 0 0 Greater than
30,000 Upper Band
3 9 0 0
Total 32 16 Source: Primary data
25 percent of the agent respondents in Chennai and 76 percent in Tiruchirapalli
are in the lower band of commission earnings band. 50 percent in Chennai and 24
percent in Tiruchirapalli are in the mid band. Only 25 percent in Chennai belongs to the
upper band of commission earnings. It is very important for life insurance companies to
support agents to earn higher commission month on month to ensure their continued
contribution to business. In the absence of substantial commission earnings there may
be a possibility of stoppage of business by agents.
6.3 REASONS FOR PRODUCT RECOMMENDATION
Table 6.14: Reasons for recommending a product to a Customer Mean Ranking
Reasons Chennai Tiruchirapalli
Needs of customer 1.50 2.56
Customers financial planning 2.06 2.56
Product feature 3.28 2.88
Income/Commission 4.06 3.19
Ease of sale 4.13 3.38 Spread between the least and most 2.63 0.82
Source: Primary data
205
Figure 6.5: Reasons for recommending a life insurance product to a customer
Source: Primary data
Agent respondents from both Chennai and Tiruchirapalli have ranked the needs
of the customer as the top most reason for recommending to a customer. While
analyzing the spread between the least and the most mean scores for recommendation,
it can be observed that the difference is 2.63 for agents in Chennai as against 0.82 for
Tiruchirapalli. It denotes that the respondents from Chennai have given a ranking, which
has a positive skew to the ‘needs of the customer”. On the other hand the ranking by
agents in Tiruchirapalli is far more uniformly spread across different reasons for
recommending the product.
206
Hypothesis No: 6.1 Null Hypothesis: There is no significant difference between mean ranks towards
reasons for recommendation by agent. Table: 6.15: Friedman test for significant difference between mean ranks towards
reasons for recommendation by agent
Reasons for recommendation Mean Ranking
Chi- Square value
P value
Product feature 3.16
Ease of selling through convincing customer 3.88
Commission or earnings by agent 3.80
Needs of customer 1.90 As per customer’s financial planning requirement 2.27
61.137 0.000 **
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data1
Since P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. Hence there is a significant difference between the mean ranks towards
reasons for recommendation. Agents recommend products based on the needs of the
customer followed by his financial planning requirement. Ease of selling and
commission earnings figure as the least priorities by agents while recommending
products.
Table 6.16: Reasons attributed by customers while buying insurance Mean Ranking
Reasons for buying life insurance Chennai Tiruchirap
alli Total
Life Insurance cover 2.28 3.06 2.54
Savings for Children’s education, Marriage etc 2.63 2.13 2.46
Availing Income tax benefit 2.41 3.44 2.75
Savings for Old age, Pension 4.28 3.31 3.96
Your recommendation 4.44 4.63 4.50
Recommendation from Friends/Relatives 5.66 4.88 5.40
Housing Loan Cover 6.13 6.38 6.21 Source: Primary data
1 Analysis for consolidated data refers to analysis of combined data collected from both Chennai and Tiruchirapalli
207
Figure 6.6: Ranking of reasons attributed by customers while buying insurance
Source: Primary data
From the above figure it can be observed that in the agents’ perception the
primary reason for buying insurance by customers is for life cover purpose in the city of
Chennai. Availing income tax benefit and providing for children’s education/marriage
rank among the top 3 reasons attributed by the customers in Chennai. However agent
respondents in Tiruchirapalli observe that providing for children’s education/marriage, life
cover and provision for old age/pension are the top 3 reasons attributed by their
customers.
208
6.4 SALES TOOLS USED BY AGENTS
Table 6.17: Sales tools used by agents No. of responses
Tools used for selling Chennai Tiruchirapalli
Pension requirement 26 13
Customer reference 25 7
Maturity value projection 24 13
Sales literature 24 12 Future cost of education, marriage 22 15
Competition comparison 18 12 Number of respondents surveyed 32 16
Source: Primary data Note: Multiple entries possible and hence total may not add up to 100% or sample size.
According to agent respondents in Chennai, pension requirement calculation is
the tool mostly used by them followed by customer reference, maturity value projection
and sales literatures. 15 of the total 16 respondents in Tiruchirapalli have stated that
future cost of education or marriage is the most often used sales tool by them and is
followed by maturity value projection and pension calculation. Incidentally agents in
Chennai are using 4.34 tools and those in Tiruchirapalli are using 4.5 tools implying that
more than one tool is being used by them.
Figure 6.7: Ranking of sales tools used by agents
Source: Primary data
209
Projected future cost of education/marriage is the most preferred by agent
respondents in Tiruchirapalli but respondents in Chennai have ranked it at fifth position.
Similarly customer reference has been ranked at second position by respondents in
Chennai as against sixth position by respondents in Tiruchirapalli.
Table 6.18: Effectiveness of sales tools used Mean Rating Score
Sales tool used Chennai Tiruchirapalli
Maturity value projection 3.91 2.63
Sales literature 3.78 3.38
Competition comparison 3.03 3.06
Customer reference 3.59 3.13
Future cost of education, marriage 3.94 3.00
Pension requirement 3.78 2.75 Source: Primary data Note: Rating on a scale of 1 to 5 with 1 indicating least useful and 5 very useful
Figure 6.8: Ranking of effectiveness of sales tools used by agents
Source: Primary data
210
Respondents from Chennai consider future cost of education/marriage projection
as the most effective tool in selling life insurance. Respondents from Chennai have
stated that competition comparison as the least effective sales tool used by them while
respondents from Tiruchirapalli have stated that maturity value projection is the least
effective one. According to respondents from Tiruchirapalli sales literature is the most
effective tool used by them followed by customer reference.
6.5 COMPARISON OF COMPETITION PRODUCTS
Table 6.19: Comparison with competition products by agents Chennai Tiruchirapalli
No. of Respondents Percentage No. of
Respondents Percentage
Do compare 16 50.00 4 25.00
Do not compare 16 50.00 12 75.00
Total 32 16 Source: Primary data
50 percent of the respondents in Chennai and 25 percent of the respondents in
Tiruchirapalli compare competition products and present to customers. It is significant to
note that the respondents in Chennai have ranked competition comparison as the least
effective sales tool.
Table 6.20: Factors considered while comparing competition products
Mean Ranking Factors in comparing competition products
Chennai Tiruchirapalli
Compare Premium 2.88 3.00
Compare product features 1.69 1.25
Information on product availability 3.44 3.50
To learn more about life insurance product, which suits customer’s requirement 2.63 3.00
Source: Primary data
211
Figure 6.9: Factors considered while comparing competition products
(Mean Ranking)
1.69
2.632.88
3.44
1.25
3 3
3.5
0
0.5
1
1.5
2
2.5
3
3.5
4
Compare productfeatures
To learn more aboutlife insurance product,
which suitscustomer’s requirement
Compare Premium Information onproduct availability
Mea
n sc
ore
of ra
nkin
gChennaiTiruchirapalli
Source: Primary data According to the respondents in both Chennai and Tiruchirapalli the top most
reason for comparing competition products is to understand the product features and is
followed by finding the suitability of the products to meet customers’ need.
Hypothesis No: 6.2 Null Hypothesis: There is no significant difference between mean ranks towards factors
considered while comparing competition products Table 6.21: Friedman test for significant difference between mean ranks towards
factors considered while comparing competition products Factors considered while comparing
competition products Mean Rank
Chi –Square value P value
Compare premium 2.90
Compare product features 1.60
Get information on types of products available 3.45 Learn about life insurance product, which suits customer need 2.70
Just for information 4.35
32.68 0.000 **
Source: Primary data Note: a) ** in a cell denotes significance at 1% level
212
Since P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. Hence there is a significant difference between the mean ranks towards
factors considered while comparing competition products. Agents scan competition
products predominantly to compare product features and to find their suitability for
customers needs.
6.6 ACQUAINTANCE WITH CUSTOMER
Table 6.22: Acquaintance with customers
Mode of acquaintance Chennai Tiruchirapalli
Cold call. Just called on the customer 26 8
Friend or relative of the customer referred 23 15
Customer is a friend 21 16
Customer is a relative 17 16 Got the reference of the customer from the life insurance company 16 9
Auditor/ Advisor of customer referred 11 9
No of respondents surveyed 32 16 Source: Primary data
Note: Multiple entries possible and hence total may not add up to 100% or sample size.
Figure 6.10: Ranking of preferred mode of acquaintance of customers by agents
Source: Primary data
213
Cold call is the most preferred way of knowing a customer by agent respondents
in Chennai. This may be due to the fact they have exhausted the inner circle of friends
and relatives and are looking out for newer customers. Reference by auditors is the
least preferred by agent respondents in Chennai. On the other hand friends and relatives
have chosen to be the most preferred way of knowing customers by agent respondents
and cold call is the least preferred by agents in Tiruchirapalli.
Table 6.23: Types of interaction while selling life insurance – Mean Scores of rankings
Mean ranking Types of interaction
Chennai Tiruchirapalli
Met the customer face to face 1.50 1.06
Sent the information on email, Post, courier 2.56 3.00
Spoke to the customer on phone 1.78 2.00
Source: Primary data
Agents prefer to meet the customer face to face for selling life insurance in both
Chennai and Tiruchirapalli. Speaking to the customer on phone is the second preferred
option of interaction with the customer. Sending the information by post or by email is
the least preferred option by the agent respondents in both Chennai and Tiruchirapalli.
214
Table 6.24: Family members participating in life insurance decision-making
Chennai Tiruchirapalli Family members No. of
Respondents Percentage No. of Respondents Percentage
Only Customer 2 6.25 1 6.25
Spouse 9 28.13 5 31.25
Parent 2 6.25 2 12.50
Children 1 3.13 - 0.00
Friend 3 9.38 - 0.00
Spouse & Parent 9 28.13 4 25.00
Spouse & Children 2 6.25 - 0.00
Spouse & Friend 3 9.38 - 0.00
Parent & Children 1 3.13 1 6.25
All Spouse, parent & children 0 0.00 3 18.75
Total 32 16 Source: Primary data It can be observed that spouse of the customer participates in the decision
making either alone or with other members of the family. This participation can be
observed in both Chennai and Tiruchirapalli. It is important for the life insurance agent to
set up the meeting of the customer at the residence of the customer to ensure
participation by the spouse and other family members. Although recommendations
regarding agent or products are taken from friends, they are not part of the discussion
and decision making process.
215
6.7 DIFFICULTY IN DECISION MAKING BY CUSTOMERS
Table 6.25: Difficulty in decision making by customers –Agents’ observation Mean Rating
Difficulty in decision making pertaining to Chennai Tiruchirapalli
Understanding the policy details, benefits 2.88 3.81
What type of Insurance to buy 3.25 3.44
Choice of the life insurance company 3.41 3.31
Sum assured 3.06 3.06
Source: Primary data
Figure 6.11 Ranking of difficulty in decision making by customers –Agents’ observation
Source: Primary data
As brought out by the above table and figure, agents have observed that
customers have least difficulty on deciding the life insurance company in Chennai and
understanding the policy details in Tiruchirapalli. Understanding the policy details and
benefits by customers in Chennai and deciding on the sum assured by those in
Tiruchirapalli have been observed to be most difficult.
216
6.8 CUSTOMER INTERACTION BY AGENTS
Table 6.26: Agents having a customer base for servicing regularly
Chennai Tiruchirapalli Customer base of agents No. of
Respondents Percentage No. of Respondents Percentage
Have a customer base 31 97 15 94
Do not have a customer base 1 3 1 6
Total 32 16
Source: Primary data Almost all the agent respondents in both Chennai and Tiruchirapalli stated that
they have a customer base to service and upsell. In an industry observation, it is
claimed that after 3 years of selling a policy, a customer is ready for buying the next
policy. Secondly existing satisfied customers constitute a huge source of reference for
new customer acquisition. It is extremely important for agents to meet their customers
not only for the purpose of servicing but also for providing updated information on
products and industry.
Table 6.27: Frequency of meeting customers
Chennai Tiruchirapalli Frequency of meeting customers No. of
Respondents Percentage No. of Respondents Percentage
Once in 6 months 19 59 10 63
Once in a year 6 19 4 25
Once in 2 years 4 13 2 12 Only during new product launch 3 9 0 0
Total 32 16 `Source: Primary data
From the above table it can be inferred that 59 percent of the agent respondents
in Chennai and 63 percent in Tiruchirapalli meet their customers once in 6 months and a
further 19 percent in Chennai and 25 percent in Tiruchirapalli meet their customers once
217
in a year. Only 13 percent in Chennai and 12 percent in Tiruchirapalli state that they
meet their customers once in 2 years implying that they are not servicing the customers
in the first two years after the issuance of the policy.
Agents need to keep in touch with the customers. Most customers want some
form of contact on regular basis and this is the best opportunity for an agent to know
when the customers needs change and to be at the top of their mind in terms of whom to
turn to for advice (Terry, 2005).
6.9 FINANCIAL PLANNING AWARENESS OF AGENTS
Table 6.28: Agents’ awareness of personal financial planning
Chennai Tiruchirapalli Personal financial planning
awareness Frequency Percentage Frequency Percentage
Aware 30 94 13 81
Unaware 2 6 3 19
Total 32 16 Source: Primary data 94 percent of the respondents from Chennai and 81 percent from Tiruchirapalli
are aware of life stage personal financial planning and the different needs arising during
human life cycle.
Table 6.29: Helping customers in personal financial Planning
Chennai Tiruchirapalli Providing help to customers No. of
Respondents Percentage No. of Respondents Percentage
Provide help 30 94 13 81
Do not provide help 2 6 3 19
Total 32 16
Source: Primary data
218
All those agents who are aware of life stages personal financial planning have
said that they help their customers do their personal financial planning.
Hypothesis No: 6.3
Null Hypothesis: There is no significant association between experience as agent and providing help in financial planning to customers
Table: 6.30: Chi –Square test for association between experience as agent and
providing help in financial planning to customers Experience as
agent Help in financial planning < 6 >=6
Total Chi-
square value
P value
27 16 Provide help in financial planning (62.8)
[87.1] (37.2) [94.1]
43
4 1 Do not provide help (80)
[12.9] (20) [5.9]
5
Total 31 17 48
0.57996 0.44633
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no significant association between experience as agent and providing help in financial
planning to customers implying no value addition for customers in terms of financial
planning by an agent who has more years of experience.
219
Hypothesis No: 6.4 Null Hypothesis: There is no significant association between nature of agency and
providing help in financial planning to customers
Table 6.31: Chi –Square test for association between nature of agency and providing help in financial planning to customers
Nature of agencyHelp in financial
planning Full Time
Part time
Total Chi-
square value
P value
24 19 Provide help in financial planning
(55.8) [92.3]
(44.2) [86.4]
43
2 3 Do not provide
help (40) [7.7]
(60) [13.6]
5
Total 26 22 48
0.4512 0.50177
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no significant association between nature of agency and providing help in financial
planning to customers implying no value addition for customers in terms of financial
planning by an agent irrespective of the fact that the agent is a full time agent or a part
time agent.
220
6.10 ANALYSIS FOR AGENCY RECRUITMENT
Agency channel comprising of individual agents, also known as tied agency
channel is the predominant distribution channel for life insurance products in India. For
the year 2005-06, business acquired by tied agency constituted about 98% for LIC of
India and about 60% for private life insurance companies and this indicates the
importance of individual agents to the life insurance company. (IRDA Annual report
2006). The cost of recruitment and training is very high for developing an individual
agent. It is a challenge for the life insurance companies to keep the recruited agents
active and make them productive year after year to benefit out of the huge initial
investment on recruitment and training.
In this section an agent’s ‘performance’ is measured in terms of the commission
earned and also the agent becoming a club member. ‘Commission’ in life insurance
industry parlance refers to the payment made to agents, brokers by the life insurance
company for selling the life insurance products to customers. Commission earnings are
linked to the new business premium sourced by the agent and is considered as
representing good performance in this analysis. Similarly ‘club membership’ refers to
additional benefit given by life insurance companies to their agents as a rewards and
recognition mechanism and is aimed at meeting the aspirations of the agent. An agent
will be eligible to become a club member on crossing a certain threshold of business
requirement as specified by the individual life insurance companies. Each of the life
insurance companies has their own set of club membership eligibility criteria and
benefits associated with it.
In this section the impact of age, sex, educational qualification, nature of agency,
agency work experience, previous work experience and selling products other than life
221
insurance on the commission earnings and club membership are analysed. The
responses from agents from both Chennai and Tiruchirapalli are considered together for
this purpose.
Hypothesis No: 6.5 Null Hypothesis: There is no significant association between the age groups of agents
and their commission earnings. .
Table: 6.32: Chi –Square test for association between age groups of agents and
their commission earnings Age group Commission
earnings per month <= 30 > 30
Total Chi-
square value
P Value
15 5 Less than10000 (75)
[83.3] (25)
[16.7] 20
3 17 10000 to 20000 (15)
[16.7] (85)
[56.7] 20
8 20000 - (100)
[26.7] 8
Total 18 30 48
21.12 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. Hence there is an association between age group and commission
earnings. Agents in the age group of more than 30 years earn more commission
implying they generate more business and possess greater business capability. Another
social feature in the Indian context is the considerable respect for age in our society and
a belief that an elderly person knows better. A very young agent who is a typical
222
salesman may not appeal to a large segment of middle class, which is looking for a solid
trustworthy person from whom they can buy insurance (Lakshmikutty, 2003)
Hypothesis No: 6.6 Null Hypothesis: There is no significant association between the sex of agents and
their commission earnings. . Table: 6.33: Chi –Square test for association between the sex of agents and their
commission earnings Commission earnings per
month Sex
<1000010000
to 20000
>20000Total
Chi-square value
P Value
16 14 5 Male (45.7)
[80] (40) [70]
(14.3) [62.5]
35
4 6 3 Female (30.8)
[20] (46.2) [30]
(23.1) [37.5]
13
Total 20 20 8 48
1.03385 0.596
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between sex of the agents and commission earnings. It is interesting to
note that in countries like Japan and Korea women agents work in large numbers and
are more successful. Women constitute more than 80 percent of the individual agents in
Korea.
223
Hypothesis No: 6.7 Null Hypothesis: There is no significant association between educational qualification of
agents and commission earnings by agents. Table: 6.34 Chi –Square test for association between educational qualification of
agents and commission earnings by agents Educational Qualification Commission
earnings per month HSC UG PG Others Total
Chi- Square value
P Value
4 12 3 1 < 10000 (20)
[50] (60)
[46.2] (15)
[37.5] (5)
[16.7] 20
3 9 4 4 10000 to 20000 (15)
[37.5] (45)
[34.6] (20) [50]
(20) [66.7]
20
1 5 1 1 >20000 (12.5)
[12.5] (62.5) [19.2]
(12.5) [12.5]
(12.5) [16.7]
8
Total 8 26 8 6 48
2.83846 0.82883
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between educational qualification of agents and commission earnings.
Agents’ educational qualification is not a factor influencing his commission earnings and
hence his business potential.
224
Hypothesis No: 6.8 Null Hypothesis: There is no significant association between number of years of
experience as agent and commission earnings. .
Table: 6.35: Chi –Square test for association between the number of years of experience as agent and commission earnings
Experience as agent (years) Commission earnings
per month < 6 >=6
Total Chi-square value P Value
12 8 < 10000 (60)
[38.7] (40)
[47.1] 20
15 5 10000 to 20000 (75)
[48.4] (25)
[29.4] 20
4 4 >20000 (50)
[12.9] (50)
[23.5] 8
Total 31 17 48
1.87528 0.39135
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between number of years of experience as agent and commission
earnings.
225
Hypothesis No: 6.9 Null Hypothesis: There is no significant association between nature of life insurance agency (full time or part time) and commission earnings by agents. . Table: 6.36: Chi –Square test for association between the nature of life insurance
agency and commission earnings by agents Nature of agency
Commission earnings per month Full Time Part time
Total Chi-
square value
P Value
7 13 < 10000 (35)
[26.9] (65)
[59.1] 20
14 6 10000 to 20000 (70)
[53.8] (30)
[27.3] 20
5 3 >20000 (62.5)
[19.2] (37.5) [13.6]
8
Total 26 22 48
5.20208 0.07417
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between nature of life insurance agency (fulltime or part time) and
commission earnings.
226
Hypothesis No: 6.10 Null Hypothesis: There is no significant association between selling products other than
life insurance and commission earnings. .
Table: 6.37: Chi –Square test for association between the selling products other than life insurance and commission earnings
Commission earnings per month Selling other
products <1000010000
to 20000
>20000Total
Chi-square value
P Value
7 3 6 16 Sell other products (43.8)
[35] (18.8) [15]
(37.5) [75] [33.3]
13 17 2 32 Do not sell (40.6)
[65] (53.1) [85]
(6.3) [25] [66.7]
Total 20 20 8 48
9.3 0.00956**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since P value is less than 0.05, the null hypothesis is rejected at 1% level of
significance. Hence there is an association between selling products other than life
insurance and commission earnings by agents. An agent selling other products in
addition to life insurance products will be more successful as he has more opportunity to
be in constant touch with the customer.
227
Hypothesis No: 6.11 Null Hypothesis: There is no significant association between the age groups of agents
and their club membership. . Table: 6.38 Chi –Square test for association between the age groups of agents and
their club membership Age group
Club membership <= 30 > 30
Total Chi-
square value
P Value
3 22 Club member (12)
[16.7] (88)
[73.3] 25
15 8 Not a club member (65.2)
[83.3] (34.8) [26.7]
23
Total 18 30 48
14.4751 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. Hence there is an association between age group and club membership.
Agents in the age group of more than 30 years of age are more successful in the life
insurance business.
228
Hypothesis No: 6.12 Null Hypothesis: There is no significant association between the sex of agents and their
club membership. . Table: 6.39: Chi –Square test for association between the sex of agents and club
membership
Club membership Sex
Yes No Total
Chi-square value
P Value
18 17
(51.4) (48.6) Male
[72] [73.9]
35
7 6 (53.8) (46.2) Female [28] [26.1]
13
Total 25 23 48
0.022 0.8816
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between sex of the agents and their club membership.
Hypothesis No: 6.13 Null Hypothesis: There is no significant association between educational qualification of
agents and club membership.
Table: 6.40: Chi –Square test for association between the educational qualifications of agents and club membership
Educational Qualification Club membership
HSC UG PG Others Total
Chi-square value
P Value
4 13 3 5
(16) (52) (12) (20) Club member
[50] [50] [37.5] [83.3]
25
4 13 5 1 Non club member (17.4)
[50] (56.5) [50]
(21.7) [62.5]
(4.3) [16.7]
23
Total 8 26 8 6 48
3.0887 0.37815
Source: Primary data Note: Analysis for consolidated data
229
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between educational qualification and club membership. Agents’
educational qualification is not a factor for reckoning club membership and hence
business.
Hypothesis No: 6.14 Null Hypothesis: There is no significant association between number of years of
experience as agent and club membership.
Table: 6.41: Chi –Square test for association between the number of years of experience as agent and club membership
Age group Club membership
<6 >=6 Total Chi-square
value P Value
17 8 Club member (68)
[54.8] (32)
[47.1] 25
14 9 Not a club member (60.9)
[45.2] (39.1) [52.9]
23
Total 31 17 48
0.266 0.606
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between number of years of experience as agent and club
membership.
230
Hypothesis No: 6.15 Null Hypothesis: There is no significant association between nature of life insurance
agency (Full time or part time) and club membership. . Table: 6.42: Chi –Square test for association between the nature of life insurance
agency and club membership Nature of life insurance
agency Club membership Full Time Part time
Total Chi-
square value
P Value
17 8 25 Club member (68)
[65.4] (32) [6.4] [52.1]
9 14 23 Not a club member (39.1)
[34.6] (60.9) [63.6] [47.9]
Total 26 22 48
4.022 .0.045*
Source: Primary data Note: a) * in a cell denotes significance at 5% level b) Analysis for consolidated data
Since P value is less than 0.05, the null hypothesis is rejected at 5% level of
significance. Hence there is an association between nature of life insurance agency
(fulltime or part time) and club membership. Agents, who operate full time, are acquiring
club membership in larger numbers and this indicates higher level of business
performance from full time agents.
231
Hypothesis No: 6.16 Null Hypothesis: There is no significant association between selling products other than
life insurance and club membership of agents. .
Table: 6.43: Chi –Square test for association between the selling products other than life insurance and club membership
Club membership Selling other products
Yes No Total
Chi-square value
P Value
9 7 Sell other products (56.3)
[36] (43.8) [30.4]
16
16 16 Do not sell (50)
[64] (50)
[69.6] 32
Total 25 23 48
0.16696 0.68283
Source: Primary data Note: Analysis for consolidated data
Since P value is greater than 0.05, the null hypothesis is accepted. Hence there
is no association between selling products other than life insurance and club
membership of agents.
232
6.10.1 SUMMARY OF FINDINGS ON AGENT RECRUITMENT
Results of all the above hypotheses are summarized in the following table and it
can be observed that age of the agents plays a critical role in their performance. Nature
of life insurance agency and selling other products also impact performance of agents.
Insurance company can formulate their agent recruitment guidelines based on the
personal factors of the prospective candidates.
Table 6.44: Association between commission earnings and club membership of agents with agents’ personal factors - Summary
Existence of association Personal factors
Commission earnings
Club membership
Age Yes Yes
Sex No No
Educational qualification No No
Agency work experience in years No No
Nature of life agency Part time or full time No Yes
Selling other products Yes No Source: Primary data
233
6.11 COMPARISON OF CUSTOMERS’ AND AGENTS’ PERCEPTION OF PURPOSE OF BUYING LIFE INSURANCE
Customers’ reasons for buying life insurance and the observations of agents in
respect of reasons adduced by customers while buying life insurance have been
analysed to understand the degree of divergence between customers and agents.
Hypothesis No: 6.17 Null Hypothesis: There is no significant difference between the observations of
customers and agents with regard to purpose of buying life insurance products.
. Table: 6.45: Mann-Whitney U-tests for difference between the observations of
customers and agents with regard to purpose of buying life insurance products Mean Rank
Reasons for buying insurance Customer Agent
Z value P value
Availing Income tax benefit 173.32 149.90 1.561 0.118
Life Insurance cover 168.95 212.94 3.055 0.002**
Savings for Children’s education, marriage 167.85 155.07 0.880 0.378
Savings for old age, pension 158.51 171.76 0.936 0.349
Agent’s recommendation 153.56 134.43 1.423 0.154
Recommendation from Friends /Relatives 147.29 161.00 1.038 0.299
Housing Loan cover 136.09 186.55 3.999 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected with regard to
life insurance cover and housing loan cover as the reasons for buying life insurance.
Customers and agents have different observations with regard to these two reasons.
They exhibit similar rankings for all other reasons.
234
6.12 COMPARISON OF CUSTOMERS’ AND AGENTS’ OBSERVATIONS ON
DIFFICULTY IN DECISION MAKING
Difficulties experienced by customers and also the observations of agents on the
difficulties of customers have been analysed to understand the difference in perceptions
of customers and agents.
Hypothesis No: 6.18 Null Hypothesis: There is no significant difference between the observations of
customers and agents with regard to difficulty experienced in decision-making by customers.
Table 6.46: t test for significant difference between the observations of customers and agents with regard to difficulty experienced in decision making by customers
Customer Agent Difficulty in decision making
Mean S D Mean SD t value P value
Decide on what type of insurance to buy 2.590 1.24 3.312 1.58 3.64 0.000**
Decide on the sum assured 2.944 1.13 3.062 1.27 0.67 0.505
Decide on the life insurance company 2.969 1.15 3.37 1.52 2.19 0.029*
Understanding the policy details, benefit 3.000 1.30 3.187 1.62 0.91 0.365
Source: Primary data Note: a) * in a cell denotes significance at 5% level b) ** in a cell denotes significance at 1% level c) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance with regard to the difficulty ‘deciding on what type of insurance to buy’.
There is a significant difference between customer and agent with regard to the difficulty
‘deciding on what type of insurance to buy’. Similarly since the P value is less than
0.05, the null hypothesis is rejected at 5% level of significance with regard to the
difficulty ‘deciding on the life insurance company’. There is a difference between
customers and agents with regard to the difficulty ‘deciding on the life insurance
company’ as both customers and agents have different degrees of perception on this
235
difficulty. In respect of the other two difficulties both the groups have expressed similar
difficulty ranking.
6.13 COMPARISON OF CUSTOMERS’ AND AGENTS’ OBSERVATIONS ON EFFECTIVENESS OF SALES TOOL
Agents while selling life insurance products use sales tools. Both customers and
agents have observed the effectiveness of these tools in helping to close the sale.
Hypothesis No: 6.19 Null Hypothesis: There is no significant difference between the views of customers
and agents with regard to effectiveness of sales tools used by agents. Table: 6.47: t test for significant difference between the views of customers and
agents with regard to effectiveness of sales tools used by agents
Customer Agent Effectiveness of sales tool
Mean S D Mean SD
t value P value
Comparison with products of competition 3.572 1.01 3.041 1.11 3.18 0.002**
Pension requirement and planning 3.841 1.01 3.437 1.55 2.14 0.034*
Explanation of sales literature 3.479 1.02 3.645 1.34 0.93 0.355
Assessment of future cost of education, marriage 3.731 1.04 3.625 1.56 0.55 0.583
Maturity value projection 3.568 1.34 3.479 1.58 0.41 0.686 Reference of other customers, who bought the product
3.462 1.09 3.437 1.33 0.13 0.896
Source: Primary data Note: a) * in a cell denotes significance at 5% level b) ** in a cell denotes significance at 1% level c) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance with regard to effectiveness of comparison with competition products as a
236
sales tool. There is a significant difference between customer and agent with regard to
effectiveness of comparison with competition products as a sales tool. Similarly since
the P value is less than 0.05, the null hypothesis is rejected at 5% level of significance
with regard to effectiveness of pension requirement and planning as a sales tool.
Figure 6.12: Ranking of effectiveness of sales tools – Observations of customers
and agents in Chennai
Source: Primary data
From the above figure 6.12, it can be observed that there are divergences in
ranking by customers and agents on the effectiveness of sales tool used. While
customers rank ‘pension calculation” as very effective, agents have rated ‘future cost of
education or marriage’ as most effective. Customers have rated ‘Sales literature’ as the
least effective sales tool.
237
Figure 6.13: Ranking of effectiveness of sales tools – Observations of customers
and agents in Tiruchirapalli
Source: Primary data
Customers of Tiruchirapalli have rated ‘pension requirement’ as the most
effective and ‘competition comparison’ as least effective sales tool. On the other hand
agents in Tiruchirapalli have ranked ‘sales literature’ as the most effective and ‘maturity
value projection’ as least effective.
238
6.14 ASKING FOR REFERRALS FROM CUSTOMERS Taking reference from existing customers is a method of expanding the customer
base and business by an agent. The observations of both customers and agents on this
subject have been analysed to understand divergence if any in these observations.
Hypothesis No: 6.20 Null Hypothesis: There is no significant association between respondents and asking for
reference by agents. Table: 6.48 Chi –Square test for association between respondents and asking for
reference by agents Asking reference by
agents Respondents Asking
and Giving
Asking but not giving
No request
Total Chi-
square value
P Value
133 80 146 359 Customer (37)
[77.3] (22.3) [93]
(40.7) [98]
39 6 3 48 Agent (81.3)
[22.7] (12.5)
[7] (6.3) [2]
Total 172 86 149 407
35.193 0.000**
Source: Primary data Note: a) * in a cell denotes significance at 5% level b) ** in a cell denotes significance at 1% level c) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between customer and agent with regard
to asking for reference by agents. Only 37 percent of the customers state that they
provide reference to agents when asked while more than 81 percent of agents’ state that
they ask for reference and get from customers. Similarly 40 percent of the customers’
state that agents do not ask for reference but only 6 percent of the agents say that they
do not ask for reference. Agents need to be trained on when to ask for reference, how
to ask and what details to be asked for.
239
6.15 AQUAINTANCE WITH AGENT / CUSTOMER One of the key factor to become successful as life insurance agent is to develop
a prospect list. Normally any prospect list starts with friends and relatives of an agent
and extends beyond. Prospects will also include reference from others like auditors, Life
Insurance Company or even by doing a cold call. In order to understand the method of
acquaintance with the customer or agent, the feedbacks received from both the
customers and agents have been analysed for each of the identified ways of
acquaintance.
Hypothesis No: 6.21 Null Hypothesis: There is no significant association between the respondents and the
agent or customer being a friend.
Table: 6.49 Chi –Square test for association between the respondents and the agent or customer being a friend
Friend Respondents
Yes No Total
Chi-square value
P Value
140 138 Customer (50.4)
[79.1] (49.6) [92.6]
278
37 11 Agent (77.1)
[20.9] (22.9) [7.4]
48
Total 177 149 326
11.779 0.001**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between the respondents with regard to
a friend being a customer or agent. 50 percent of the customers and 77 percent of the
agents state that the agent/customer is a friend. Customers and agents have different
observation on a friend being a customer or agent.
240
Hypothesis No: 6.22 Null Hypothesis: There is no significant association between the respondents and the
agent or customer being a relative.
Table 6.50: Chi –Square test for association between the respondents and the agent or customer being a relative
Relative Respondents
Yes No Total
Chi-square value
P Value
52 226 278 Customer (18.7)
[61.2] (81.3) [93.8]
33 15 48 Agent (68.8)
[38.8] (31.3) [6.2]
Total 85 241 326
53.18491 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between the respondents with regard to
a relative being a customer or agent. Only 18.7 percent of the customers, but more than
68 percent of the agents state that the agent/customer is a relative.
Very few customers state that they buy life insurance from an agent who is a relative.
This situation can arise due to tentativeness on the part of the agent to contact his
relative or hesitancy by the customer to share personal details to an agent who is a
relative.
241
Hypothesis No: 6.23 Null Hypothesis: There is no significant association between the respondents and the
customer or agent being referred to by a friend or relative.
Table: 6.51: Chi –Square test for association between the respondents and the customer or agent being referred to by a friend or relative
Referred by a friend or relative Respondents
Yes No Total
Chi-square value
P Value
91 187 Customer (32.7)
[70.5] (67.3) [94.9]
278
38 10 Agent (79.2)
[29.5] (20.8) [5.1]
48
Total 129 197 326
36.906 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between respondents and the customer
or agent being referred to by a friend or relative. 32.7 percent of the customers and 79.2
percent of the agents state that a friend or relative has referred the agent/customer.
There is a significant variation between the feedbacks taken from customers and agents.
242
Hypothesis No: 6.24 Null Hypothesis: There is no significant association between the respondents and the
customer or agent being referred to by auditor or advisor.
Table 6.52: Chi –Square test for association between the respondents and the customer or agent being referred to by auditor or advisor
Referred by auditor / advisor Respondents
Yes No Total Chi-square
value P Value
34 244 Customer (12.2)
[63] (87.8) [89.7]
278
20 28 Agent (41.7)
[37] (58.3) [10.3]
48
Total 54 272 326
25.663 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level b) Analysis for consolidated data
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between the respondents and the
customer or agent being referred to by auditor or advisor. 12.2 percent of the customers
and 41.7 percent of the agents state that auditor or advisor has referred the
agent/customer.
Hypothesis No: 6.25 Null Hypothesis: There is no significant association between the respondents and the
customer or agent being referred to by the life insurance company.
Table 6.53: Chi –Square test for association between the respondents and the customer or agent being referred to by the life insurance company
Reference of life insurance company Respondents Yes No
Total Chi-
square value
P Value
23 255 Customer (8.3)
[47.9] (91.7) [91.7]
278
25 23 Agent (52.1)
[52.1] (47.9) [8.3]48
Total 48 278 326
62.569 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level
243
Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between the respondents and the
customer or agent being referred to by the Life Insurance Company. 8.3 percent of the
customers and 52.1 percent of the agents state that the life insurance company has
referred the agent/customer. Agents depend on life insurance company for prospect list.
Hypothesis No: 6.26 Null Hypothesis: There is no significant association between the respondents and the
customer or agent being unknown.
Table 6.54: Chi –Square test for association between the respondents and the customer or agent being unknown
Agent unknown, called on Respondents
Yes No Total
Chi-square value
P Value
45 233 Customer (16.2)
[57] (83.8) [94.3]
278
34 14 Agent (70.8)
[43] (29.2) [5.7]
48
Total 79 247 326
66.573 0.000**
Source: Primary data Note: a) ** in a cell denotes significance at 1% level Since the P value is less than 0.01, the null hypothesis is rejected at 1% level of
significance. There is a significant association between the respondents and the
customer or agent not known earlier. 16.2 percent of the customers and 70.8 percent of
the agents state that the agents/customers are not known earlier. Cold calling by agents
ranks higher than other modes of acquaintances like knowing through auditor or
company.
244
6.15.1 SUMMARY OF AQUAINTANCE WITH AGENT / CUSTOMER
Table 6.55: Acquaintance with agent or customer – Summary Customer Agent
Acquaintance with agent / customer Percentage of positive respondents
Friend 50.0 77.0
Relative 18.0 69.0
Referred by a friend or relative 32.7 79.2
Referred by auditor or advisor 12.2 41.7
Reference from life insurance company 8.3 52.1
Cold call 16.2 70.8
From the above table (6.55) it can be observed that customers are comfortable in
buying life insurance from a friend or an agent referred by a friend or relative. Very few
have bought life insurance through reference from life insurance company and which
confirms the fact that life insurance is not bought but sold. Agents depend on life
insurance company for leads, which is evident from the fact that 52 percent of the agents
stating that the customer has been referred by the life insurance company. It means that
they are missing out on the huge opportunity of business of their friends or relatives, who
also equally need life insurance.
245
REFERENCES:
1. Lakshmikutty, Sreedevi and Baskar, Sridharan, “ Insurance Distribution in India -
a perspective”, DCG, Infosys Technologies Ltd, 2003.
2. LIMRA,-Moss Adams “New Game, New Rules, New Reality The Economics of
Growing Distribution”, Limra, 2006.
3. Mandal SS, “A study on Advisor’s profile”, Insurance Chronicle 2006
4. Srinivasan, Vasanthi, Prakah, P, Sitharamu. S, “Selection of agents: A challenge
for the Indian insurance industry”, Centre for Insurance Research and Education,
Indian Institute of Management, Bangalore, 2001.
5. Terry, Karen, “ After the sale- what new buyers want from their insurers/agents”,
LIMRA, 2005