PLEASE HELP WILL MEDAL/FAN
@gahm8684
wait i got you
ok thanks
so do you know what to do @gahm8684
B is 12 if Im not wrong
so is price a is increasing. but by what percentage
what do you mean
give me a second, im solving c
when your done can you just tell me the answers for part a b and c
c is 0.44
or 0.430610365
so can you tell me one more time the answers for a b and c
im sorry man but the actual only one i could help you with was c >-<
@mathstudent55 @study100 @camerondoherty @sauravshakya @Fire_Fighter_Of_Miami @CGGURUMANJUNATH @ash2326 @thomaster @uri @HMT @nincompoop @myininaya @TSwizzle @iambatman @ikram002p @primeralph @myininaya @nincompoop @beccaboo333 @vlltimelow
please help guys
I am not good with math >_<
k
:(
can anyone help me
Set 16.13 = f(n) take natural logs of both sides ln(16.13) = ln (12 *1.03^n) ln(16.13) = ln 12 + ln 1.03 ^n ln (16.13) = ln 12 + (n) ln 1.03 n = ( ln 16.13 - ln 12) / ln 1.03 n= 10.006 So that's your maximum n, or days. Starting at day 0, so domain is: \[0\le n \le 10.006 \]
is that part a b or c
part A
part B to find y intercept, set n = 0. Solve for f(n). Lemme know if you need more hints.
Part C: Average rate of change is: \[\frac{ f(10)- f(3) }{ 10-3}\] find f(10), f(3). Plug it in this equation to and find the final answer to rate of change.
wait so for part a the price is increacing by 10.006 percent a year
@study100
Hm? No. o.o Not per year, that's why you need the domain. Because the scientist ended his experiment at 16.13, n (which represents day) is 10.006 and can't not ever be bigger than that.
so he started from day 0 to day 10
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