A Life Insurance Agent Found The Following Data For The Distribution Of Ex 13.3, 3 a life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 year. making normal table finding median median = l (𝑁 2 −𝑐𝑓) 𝑓 × h here,. On a graph sheet draw an ogive using the given data. take 2 cm = 5 years along one axis and 2 cm = 10 policy holders along the other axis. use your graph to find: the median age. number of policy holders whose age is above 52 years.
A Life Insurance Agent Found The Following Data For The Distribution Of A life insurance agent found the following data of age distribution of 100 policy holders, where f is an unknown frequency. (a) if the mean age of the policy holders is 35.65 years, find the unknown frequency f. (b) find the median class of the distribution. ⇒ f = 100 82 = 18. hence, f = 18. since, n = 100, which is even. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 years. A life insurance agent found the following data for distribution of ages of 100 policy holders: on a graph sheet draw an ogive using the given data. take 2 cm = 5 years along one axis and 2 cm = 10 policy holders along the other axis. use your graph to find: (a) the median age. (b) number of policy holders whose age is above 52 years. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 years.
A Life Insurance Agent Found The Following Data For The Distribution Of A life insurance agent found the following data for distribution of ages of 100 policy holders: on a graph sheet draw an ogive using the given data. take 2 cm = 5 years along one axis and 2 cm = 10 policy holders along the other axis. use your graph to find: (a) the median age. (b) number of policy holders whose age is above 52 years. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 years. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 year. Statistics and probability questions and answers 33. a life insurance agent found the following data for distribution of ages of 100 policy holders. draw a "less than type ogive" for the given data: age (in years) below 20 below 25 below 30 below 35 below 40 below 45 below 50 number of policy holders (cumulative frequency) 2 24 45 78 89 100. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having 18 years on wards but less than 60 years. There is no requirement of adjusting the frequencies according to class intervals. the given frequency table is of less than type represented with upper class limit. the formula used to find the median of a given data is as follows: m e d i a n = l (n 2 − c f f) × h.
A Life Insurance Agent Found The Following Data Distribution Of Ages Of A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having age 18 years onwards but less than 60 year. Statistics and probability questions and answers 33. a life insurance agent found the following data for distribution of ages of 100 policy holders. draw a "less than type ogive" for the given data: age (in years) below 20 below 25 below 30 below 35 below 40 below 45 below 50 number of policy holders (cumulative frequency) 2 24 45 78 89 100. A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having 18 years on wards but less than 60 years. There is no requirement of adjusting the frequencies according to class intervals. the given frequency table is of less than type represented with upper class limit. the formula used to find the median of a given data is as follows: m e d i a n = l (n 2 − c f f) × h.
A Life Insurance Agent Found The Following Data For Distribution Of A life insurance agent found the following data for distribution of ages of 100 policy holders. calculate the median age, if policies are given only to persons having 18 years on wards but less than 60 years. There is no requirement of adjusting the frequencies according to class intervals. the given frequency table is of less than type represented with upper class limit. the formula used to find the median of a given data is as follows: m e d i a n = l (n 2 − c f f) × h.