Answer:
g(t) = 2t+3
Step-by-step explanation:
You want a definition of g(t) so you can write the equation ...
r = g(t) . . . . . . radius is a function of time
We are told the radius at t=0 is 3, so the third choice is the obvious one:
g(t) = 2t +3 . . . . . radius t seconds after the radius began increasing
18.8
14+12+21+26+19+15+22+17+24+18 = 188 188/10
I don't remember how to do stem and leaf plots.
x∧2+4x-16
The answer is B
peter will get 225
