Fluid Dynamics

Air unlike brake fluid can be compressed. When there is air in the brake system it compresses when you apply the brakes. This causes a loss of brake pressure on the brake pads and results in much longer stopping distances. This is dangerous and will cause an accident.

with the help of infrared rays camera

Artesian water come from a well the is dug in the earth..when the well is dug, the internal pressure from the hole causes the water to burst forth spontaneously from the well like a fountain.

turbine blade angle is that angle with which,a high presseure & high temprature steam is made to empenge on it.

In platform tennis and racquetball, players can use the law of reflection to predict how the ball will bounce off the court walls, helping them anticipate its trajectory for better positioning and shot selection. In pool, players can use the law of reflection to calculate angles and rebounds off the pool table cushions, aiding in strategic shot-making and improving overall accuracy.

You can't do a general conversion from liters to grams. A liter is a unit of volume, a gram is a unit of mass. For a specific substance, the relationship is:

mass = volume x density

When you release a gas in a vacuum chamber, it immediately drops to the floor because of its density.

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I expect that the gas will expand to fill the whole volume of the vacuum chamber.

The titanic did not float because it was only able to float if 4 or less water compartments flooded instead more did and it was to much for the titanic to hold and sadly many people died.

Common metal earring don't float in water. However, you could design on that float by make it hollow. Jewellery design is unlimited, long as it can hung beautifully then anything could be possible, even using plastic to make an earring.

I would think the back of the earring could be light and flat enough to be supported by the surface tention of water.

send me ur email , I can send my information to ur email about design and analysis storage tank with ansys

research118118@yahoo.com

Pumice floats in water because it has a low density. This is due to the presence of gas bubbles trapped in its porous structure during its formation. The buoyant force acting on the pumice is greater than its weight, allowing it to float on the water's surface.

Actually when the flow emerges from the throat area of venturi to enter into the diverging section, their is a negative pressure gradient i.e, in layman terms fluid is trying to flow from low pressure region to high pressure region according to Bernoulli equation. In this adverse pressure gradient, there is boundary layer separation, in simple terms, the fluid leaves the surface of the wall. Due to this there can be energy loss or the fluid can't recover the pressure fully leading to head loss. So if divergent section is long that means more gradual diverging section, due to which the adverse pressure gradient is less so less chance of boundary separation and hence less loss. Also large diverging section will ensure proper development of flow, i.e. fluid sticking to the wall back after separation.

Because it is more viscous.

The viscosity is similar to the viscosity of water.

Fluids do not sustain shear stress because they undergo continuous deformation under applied shear forces. Unlike solids that have a defined shape and can resist shear stress, fluids flow and deform when subjected to shear, resulting in no sustained shear stress. This behavior is a fundamental property of fluids known as viscosity.

If I remember correctly, you need level 2 restoration. Place 3 adept builders on the lift and they will start building it. Once it's finished, wait until it rains. Immediately after it starts raining, place a villager on the lift. Wait for a while and be patient. Eventually, they will be able to get a fruit from the tree. Take another villager and place them on the fruit. They will either plant the fruit to make a tree, or deposit is as food, depending on how many trees you have. Hope this helps! :)

Anything that is less dense than water (<1 g/mL).

from friction on the leading edge of the blades

Given two variables, X and Y, the rate of X relative to Y is X/Y.

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