A brick is kept in three different ways on a table as shown in Fig.11.5. The pressure exerted by the brick on the table will be(a) maximum in position A (c) maximum in position C(b) maximum in position B (d) equal in all cases

This brick has a density of \(\text{2000 kg/m}^3\).Calculate the largest pressure the brick will exert when placed on a flat surface on one of its six faces.Use gravitational field strength, \(g = 9.8\text{ N/kg}\).

A rectangular box is kept over a table with different faces touching the table. In different cases, the block exerts:A Same thrust and same pressure B Same thrust and different pressure C Different thrust and same pressure D Different thrust and different pressure.

In a lab environment, you are investigating the impulse of a force exerted on a brick when the brick's speed is reduced from 2.5 m/s to a complete stop. First, you allow the brick to slam into a secured piece of wood, bringing the brick to a sudden stop. Second, you allow the brick to plow into a large slab of gelatin so that the brick comes to a gradual halt. In which situation is there a greater maximum force on the brick?Group of answer choicesThere is a greater force on the brick from the gelatin.There is a greater force on the brick from the wall.The force is the same in both situations.

The diagrams show liquids in containers.Which column of liquid exerts the greatest pressure on the base of its container?Read LessABCD

Which brick position is most typical?Group of answer choicesheadersailorsoldierstretcher