Question

ATT Satellite: Please help

Answer 1

Thanks for makin an appearence

Answer 2

M=K(r-ln(1+r))

Answer 3

\[M=K(r-\ln(1+r))\]
\[M'=K(r'-\frac{r'}{1+r})\]

Answer 4

and that is the whole answer?

Answer 5

that is what i get, yes

Answer 6

They should have asked it in a simpler form!!!!!!

Answer 7

i suppose you could change the notation and write
\[\frac{dM}{dt}=K(\frac{dr}{dt}-\frac{1}{1+r}\frac{dr}{dt})\] but it means the same thing

Answer 8

ya I just wished they asked to find the derivative with respect to time> i wld get what to do in a second

Answer 9

These textbooks drive me crazy

Answer 10

Thanks for your help

Answer 11

yes they are good at being annoying like that
yw

Answer 12

I may be back for more so we will BIT