Answer:
0019273637282.3.5 y .u uowiwotjuirooiqjdjcnncnxndhsiwj nxjsisisiiwhdvdhsjwndbxuakwnsbsuwkwnnshwjwnhidjwjbsusjwvshiw bdhxuiwjsjsbduisishshwqwjbsuijbshiwojsbhdxjsisisiusjjjsjdhdbbdbdbdjejwiwi wuejdjdjjendbdbdbdbdjejeieiejejejjsjsjsjnendjjsksiskoaoakaooiaoajsjjsjwjjwjsisnw vhxjwkaowjnendushwjsisisikwkwkwksbbdhd sjjsisjwjejsjjsisjsnhduisiwjebdvgxyiabwnsnkzisjsvehsguwiwjehhdjsusiwikwkwksjs
Step-by-step explanation:
siht daer tnod
For this case we have an equation of the form:
f (w) = A * (b) ^ w
Where,
A: initial amount
b: growth rate
w: number of weeks
Substituting values we have:
f (w) = 400 * (1.05) ^ w
Answer:
the beetle population can be determined after a number of weeks, w, with the following function:
f (w) = 400 * (1.05) ^ w
(1) Outcomes
(2) Permutation
(3) Tree Diagram
(4) Counting Principle
(5) Combination
(6) Factorial
(7) Addition Principle of Counting
(8) Multiplication Principle of Counting
<em>Hope this helps</em>
<em>-Amelia The Unknown</em>
Think of it as two rectangular prisms next to each other, and find the volume of each one separately.
The big one on the left has a volume of 4 * 12 * 6, or 288.
The smaller one on the right has a volume of 2 * 6 * 6, or 72.
288 + 72 = 360. 360 cubic feet of water are needed.
