(Figure 1) shows 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 F, larger than, smaller than, or equal to Fв? Еxplain. Match the words in the left column to the appropriate blanks in the sentences on the right. Figure 1 of 1 mass The pressure at the bottom of each tank is proportional to the of the depth The area of the bottom of tank A is larger than the area of the bot From p= F/A, will be greater at the bottom of tank A because the mass of water is greater in this tank Sides В will be the same because the depth of the water in each tank is the same

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I Review | Constants
(Figure 1) shows 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.
Match the words in the left column to the appropriate blanks in the sentences on the right.
Figure
1 of 1
mass
The pressure at the bottom of each tank is proportional to the
of the r
depth
. The area of the bottom of tank A is larger than the area of the bottor
From
F/A,
p =
will be greater at the bottom of
tank A because the mass of
water is greater in this tank
Sides
will be the same because the
depth of the water in each tank
is the same
Transcribed Image Text:I Review | Constants (Figure 1) shows 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. Match the words in the left column to the appropriate blanks in the sentences on the right. Figure 1 of 1 mass The pressure at the bottom of each tank is proportional to the of the r depth . The area of the bottom of tank A is larger than the area of the bottor From F/A, p = will be greater at the bottom of tank A because the mass of water is greater in this tank Sides will be the same because the depth of the water in each tank is the same
I Review | Constants
utpui
. 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 of
water. They have equal depths and equal thicknesses (the
dimension into the page) but different widths.
From p = F/A,
will be greater at the bottom of
tank A because the mass of
water is greater in this tank
Figure
1 of 1
will be the same because the
depth of the water in each tank
is the same
we have F is proportional to
p, so FA = FB
we have F = p/ A, so
Fв > FA
A
Sides
we have F = pA, so FA > FB
Transcribed Image Text:I Review | Constants utpui . 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 of water. They have equal depths and equal thicknesses (the dimension into the page) but different widths. From p = F/A, will be greater at the bottom of tank A because the mass of water is greater in this tank Figure 1 of 1 will be the same because the depth of the water in each tank is the same we have F is proportional to p, so FA = FB we have F = p/ A, so Fв > FA A Sides we have F = pA, so FA > FB
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