Solved

In 1950 the Number of Retirees Was Approximately 150 Per

Question 62

Multiple Choice

In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand as a piecewise linear function of the time In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)


A) In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand people per thousand
B) In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand people per thousand
C) In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand people per thousand
D) In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand people per thousand
E) In 1950 the number of retirees was approximately 150 per thousand people aged 20-64. In 1990 this number rose to approximately 200, and it is projected to rise to 275 in 2020. Model   as a piecewise linear function of the time   in years since 1950, and use your model to project the number of retires per thousand people aged 20-64 in 1955. (Round you answer to the nearest integer.)  A)    people per thousand B)    people per thousand C)    people per thousand D)    people per thousand E)    people per thousand people per thousand

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Unlock this Answer For Free Now!

View this answer and more for free by performing one of the following actions

qr-code

Scan the QR code to install the App and get 2 free unlocks

upload documents

Unlock quizzes for free by uploading documents