Thursday

April 24, 2014

April 24, 2014

Posted by **Matt** on Sunday, May 27, 2012 at 7:50am.

dy

dt = 2x10^-7y(10^6- y);

where t is the time measured in months. The population is suddenly reduced to

40% of its steady state size by myxamatosis. If the myxamatosis then has no further effeect, how large is the population 8 months later? How long will it take

for the population to build up again to 90% of its steady state size?

- Math -
**Reiny**, Sunday, May 27, 2012 at 8:17amLilly has been posting the same problem typed the same way.

As you can see from previous comments, we cannot help with this problem the way it stands

http://www.jiskha.com/display.cgi?id=1338102639

- Math -
**Matt**, Sunday, May 27, 2012 at 8:19amThis is how the question looks on the sheet?

**Related Questions**

Math - A rabbit population satisfies the logistic equation dy/dt=2*10^-7y(10^6-y...

MATH - Please someone get back to me! I really don't know how to do this, need ...

MATH - A rabbit population satisfies the logistic equation dy/dx=2x10^7y(10^6-y...

Math - HELP! i have no idea how to do this! A rabbit population satisfies the ...

MATH - I really don't know how to do this, need as soon as possible. Please help...

Math PLEASE HELP ASAP - I really don't know how to do this, need as soon as ...

Calculus - Determine the maximum sustainable yield (the maximum harvesting and ...

Calculus - 1. I really don't understand what this problem is asking for The ...

calculus - find the solution of the differential equation dy/dt = ky, k a ...

calculus - a particle moves along the curve xy=10. if x=2 and dy/dt=3, what is ...