Fluid pressure is only exerted downward.

Fluid pressure is exerted in all directions, not just downward.

Fluid pressure is exerted only horizontally.

Fluid pressure decreases with depth.

The temperature of the fluid, the viscosity of the fluid, and the surface area of the container.

The density of the fluid, the depth of the fluid, and the gravitational force acting on it.

The color of the fluid, the shape of the container, and the speed of the fluid.

The chemical composition of the fluid, the pressure of the surrounding air, and the volume of the fluid.

P = F/A

P = A/F

P = F + A

P = F - A

An object submerged in a fluid experiences no force.

An object submerged in a fluid experiences a downward force equal to its weight.

An object submerged in a fluid experiences an upward buoyant force equal to the weight of the fluid displaced by the object.

An object submerged in a fluid will float regardless of its density.

Fluid pressure is crucial in engineering applications as it affects the design and functionality of systems like hydraulics, aerodynamics, and fluid transport.

Fluid pressure is only relevant in theoretical physics and has no practical applications in engineering.

Fluid pressure is primarily concerned with the temperature of fluids in engineering systems.

Fluid pressure is a minor factor in engineering, overshadowed by material strength and durability.

Denser fluids exert greater pressure than less dense fluids.

Pressure is independent of fluid density.

Less dense fluids exert greater pressure than denser fluids.

Fluid density has no effect on pressure.

Ice is more dense than water.

Ice is less dense than water.

Ice has a higher temperature than water.

Ice is made of a different substance than water.