A gardener purchases a ceramic planter, in the shape of a hemisphere, for a small batch of leftover annuals. The volume of a hemisphere is modeled by the function V = 2/3πr 3
<span>A. Write a model for the radius as a function of the volume. </span>
<span>B. The label on the planter says that it holds approximately 134 cubic inches of potting soil. What is the radius of the planter, rounded to the nearest inch? Use 3.14 for π </span>
<span>r = ∛[(3/2)V) / π] </span>
<span>134 = (2/3) (3/14) r^3 </span>
<span>r = ∛[(3/2) (134) / 3.14] ≈ 4.00 inches </span>
Answer:
B=47
Step-by-step explanation:
The angle of a straight line is 180 so:
3b-6+(b-2) =180
3b-6+b-2=180
4b-8=180
4b=180+8
4b=188
B=47
Answer:
Step-by-step explanation:
6469 to 7488
7488/6469= 1.1575204823002009584170660071108...
subtract the one = 1575204823002009584170660071108...
the answer would be 15.7520% change
Answer:
option 3
Step-by-step explanation:
12 - (y*2) = 12 - (2*y) Commutative property
2*y = y*2
Answer:
W = 9 inches.
Step-by-step explanation:
The volume of a rectangular prism is given by
Where
w,h and l re width, height and length of rectangular prism
It is not mentioned that a box has a length of 18 inches and a height of 3 inches.
Using above formula.
So, the width of the box is 9 inches.
