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July 31, 2014

July 31, 2014

Posted by **Wiz** on Tuesday, April 9, 2013 at 2:27pm.

p(t) = 20.6e^-0,009t,where 0 ¡Ü t ¡Ü 52.

Time is zero (t = 0) corresponds to the year 1960.

1. Find the rate at which people relocated during the year of your birth.

2. Find the relocation rate of today.

What does this tell you about the country¡¯s population? Is there a peak (max) relocation year? Do you think this model is appropriate for predicting population movement? Share and compare calculations with another classmate

- Calculus -
**Reiny**, Tuesday, April 9, 2013 at 2:35pmp ' (t) = (-.009)(20.6) e^(-.009t)

plug in your birth-year. Sorry, I don't know it, you didn't invite me to your birthday party.

"today" ---> t = 53 , which is beyond the domain given. (Time to get a new edition of the textbook)

if you want to do it anyway

p ' (53) = (-.009)(20.6) e^(-.009(53) )

= appr -.115

max relocation ----> set p ' (t) = 0

(-.009)(20.6) e^(-.009t) = 0

e^(-.009t) = 0

no solution, thus no max

- Calculus -
**Tony**, Saturday, November 30, 2013 at 8:41amp'(53) = (-.009)(20.6)e^(-.009(53))

= -.1854e^((-.477)

= -.1854 * .62064

= -.115067

= -.115067 * 100

= -11.5067 % change in

relocation rate

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