0.25x0.65=0.1625
full answer
Answer:
72
Step-by-step explanation:
3 x 4 = 12
12 x 6 = 72
hope i helped
Y= x/8 rate is 1 to 1/8
hope it helps!!

a)
so, if the population doubled in 5 years, that means t = 5. So say, if we use an amount for "i" or P in your case, to be 1, then after 5 years it'd be 2, and thus i = 1 and A = 2, let's find "r" or "k" in your equation.


b)
A = 10,000, t = 3
The surface area of the cylinder is 301.44