Two blocks are of identical size one is made of lead nd sits on the bottom...
Homework Answers
answer) the block made of lead who sits on the bottom of the pond experiences greater buoyant force
explanation- we know the formula for buoyant force is
F=Vg
here v=volume of fluid displaced by the body
the lead block displaced greater volume of the water than the wooden block, so from the equation it is clear greater volume results in greater buoyant force.
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Two blocks are of identical size one is made of lead nd sits on the bottom...
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Two pots are identical except that the flat bottom of one is aluminum, whereas that of the other is copper. Water in these pots is boiling away at 100.0 ˚C at the same rate. The temperature of the heating element on which the aluminum bottom is sitting is 153 ˚C. Assume that heat enters the water only through the bottoms of the pots and find the temperature of the heating element on which the copper bottom rests.
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ed in a water tank in two configraions() (B) block 2 sits on top of block 1; The water level will rise proportional to 1.Two blocks (V-2 m2, SG, 04 V2 Im, SG2-1.1) are to be plac block 2 sits separately on the tank bottom; the displaced volumes in each configuration. Compute the displaced water volumes AVA and A, configurations, clearly indicating which configuration has the greater displacement. Approx Ans : AVA 1.7 m3 and AVB 1.6 m3 for the...
Two pots are identical except that the flat bottom of one is aluminum, whereas that of the other is copper. Water in these pots is boiling away at 100.0 °C at the same rate. The temperature of the heating element on which the aluminum bottom is sitting is 177 °C. Assume that heat enters the water only through the bottoms of the pots and find the temperature of the heating element on which the copper bottom rests. Tau=
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