please dont make the answer complicated, please go straight to the point I Review | Constants(Figure 1) shows two rectangular tanks, A and B, full ofwater. They have equal depths and equal thicknesses (thedimension into the page) but different widths.Compare the forces the water exerts on the bottoms of the tanks. Is FA larger than, smaller than, or equal toFв? Explain.Match the words in the left column to the appropriate blanks in the sentences on the right.Figure1 of 1massThe pressure at the bottom of each tank is proportional to theof the rdepth. The area of the bottom of tank A is larger than the area of the bottorFromF/A,p =will be greater at the bottom oftank A because the mass ofwater is greater in this tankSideswill be the same because thedepth of the water in each tankis the same I Review | Constantsutpui. IIG aI ta vI LIIG DULLUIII UI Lai iNA 15 Iaiyti uia n LIG ai ta uI uIG DULLUI(Figure 1) shows two rectangular tanks, A and B, full ofwater. They have equal depths and equal thicknesses (thedimension into the page) but different widths.From p = F/A,will be greater at the bottom oftank A because the mass ofwater is greater in this tankFigure1 of 1will be the same because thedepth of the water in each tankis the samewe have F is proportional top, so FA = FBwe have F = p/ A, soFв > FAASideswe have F = pA, so FA > FB

Name: please dont make the answer complicated, please go straight to the poi
Uploaded: 2024-03-20T06:51:10.000Z
Channel: Bartleby
Description: please dont make the answer complicated, please go straight to the point I Review | Constants(Figure 1) shows two rectangular tanks, A and B, full ofwater. They have equal depths and equal thicknesses (thedimension into the page) but different widths

In this question we are given with two rectangular tanks, A and B, full of water. They have equal depths and equal thicknesses (the dimension into the page) but different widths. Compare the forces the water exerts on the bottoms of the tanks. Is FA larger than, smaller than, or equal to Fв? Explain. The force on tank A is twice that of tank B because there is double water in A and the forces acting on the bottom of the tank should be equal to the weight of water but force per unit area will be same. FA>FB