Gus has a fish tank that holds 471047104710 inches^3 3 start superscript, 3, end superscript of water. he is using a cylinder shaped bucket with a radius of 555 inches and a height of 202020 inches to fill the tank. how many times will gus need to fill the bucket to completely fill the fish tank if he doesn't spill a drop? use 3.143.143, point, 14 for \piπpi.

The first thing we must do for this case is find the volume of the bucket.
 We have then that by definition the volume of a cylinder is given by:
 V = pi * r ^ 2 * h
 Where,
 r: radio
 h: height
 Substituting the values we have:
 V = (3.14) * (5) ^ 2 * (20)
 V = 1570 in ^ 3
 Then, the number of times the bucket should be filled will be given by:
 N = (4710) / (1570)
 N = 3 times
 
 Gus will need to fill the bucket to completely fill the fish tank if it does not spill a drop about:
 N = 3 times

650

Step-by-step explanation: