Answer:
84.85 ft
Step-by-step explanation:
Given that the sides are 3600 feets
Hence, side 1 = 3600 ; side = 3600 (since it is a square)
The distance, d from second base to Home plate is the length of the diagonal, which can be obtained using Pythagoras :
d² = s1² + s2²
s1², s2² = 3600
Hence,
d = sqrt(3600 +. 3600)
d = sqrt(7200)
d = 84.85 ft
Answer:
the volume of the right cylinder is 1.8 times the volume of the pyramid
Step-by-step explanation:
The volume of a pyramid is

where the height of the pyramid is 5


On the other hand, the volume of a right cylinder is
V = BH
where the height of the right cylinder = 3 units
V = 3 B units³
Since we know that the cross-sectional areas are congruent, comparing the two-volume, we have the ratio of their volumes to be:




Hence, the volume of the right cylinder is 1.8 times the volume of the pyramid
x = 3/2
Getting x on one side of the equation:
(2/5)x = 9/15
x = (9/15)(5/2)
x = 9/6
x = 3/2
It’s d because 12-15%=10.20
I think the answer would be C to this problem