Table of Contents
- 1 How does the amount of pressure you exert on the floor when you are lying down compared with the amount of pressure you exert when you are standing up?
- 2 How does pressure at the bottom of a body of water relate to the weight of water above each square meter of the bottom surface?
- 3 How does faster moving water between two ships affect the water pressure against the sides of the ships?
- 4 Why the pressure on the ground is more when a man is walking then when he is standing?
- 5 How does water pressure 1m below the surface of a small pond compare to water pressure 1m below the surface of a huge lake?
- 6 What is the relationship between liquid pressure and density?
- 7 How does the density of air in a deep mine compare with the density of air at earths surface?
- 8 What happens to the pressure between the boats?
- 9 How does the pressure of water change with altitude?
- 10 What is the pressure of water at sea level?
- 11 How does the pressure of water increase with depth?
How does the amount of pressure you exert on the floor when you are lying down compared with the amount of pressure you exert when you are standing up?
How does the amount of pressure you exert on the floor when you’re lying down compare with the amount of pressure you exert when you’re standing up? You exert less pressure lying down because you spread the force of your weight over a larger area, thus exerting less pressure.
How does pressure at the bottom of a body of water relate to the weight of water above each square meter of the bottom surface?
Pressure is force per unit area. How does pressure at the bottom of a body of water relate to the weight of water above each square meter of the bottom surface? The pressure is the weight of the water divided by 1 m^2. The pressure will be greater.
What change in pressure occurs in a party balloon that is squeezed to 1/3 its volume with no change in temperature?
A balloon when squeezed to one third of its volume, and with no change in temperature the pressure increases up to three times its original pressure. According to Boyle’s law, volume is inversely proportional to pressure.
How does faster moving water between two ships affect the water pressure against the sides of the ships?
How does faster-moving water between two ships affect the water pressure against the sides of the ships? Faster-moving water decreases the pressure. They are pushed together, because faster flow between the ships decreases the pressure between them compared to the exterior pressure.
Why the pressure on the ground is more when a man is walking then when he is standing?
When a man is walking, then at one time only his one foot is on the ground. Due to this, the force of the weight of the man falls on a smaller area of the ground and produces more pressure on the ground. On the other hand, when the man is standing both his feet are on the ground.
When you stand on one foot instead of two the pressure you exert on the floor as compared to standing on both feet?
When we stand on one foot because on both feet the area increases and pressure is inversely proportional to area. So, pressure decreases on both feet.
How does water pressure 1m below the surface of a small pond compare to water pressure 1m below the surface of a huge lake?
How does water pressure 1m below the surface of a small pond compare to water pressure 1m below the surface of a huge lake? Pressure at the same depth is the “same” in both the pond and lake.
What is the relationship between liquid pressure and density?
The relationship between liquid pressure and the density can be described by Eq (1). These two quantities are directly proportional to each other, hence, if the liquid pressure increases, the density also increases. Liquid pressure is directly related to the depth of a liquid.
What change in pressure occurs in a party balloon that is squeezed to one third its volume with no change in temperature quizlet?
What change in pressure occurs in a party balloon that is squeezed to one-third its volume, with no change in temperature? Pressure increases by a factor of three.
How does the density of air in a deep mine compare with the density of air at earths surface?
Density of air at the surface is less than the density of air in a deep min. The weight and pressure at the bottom of the mine is increases by adding the air filling up the mine. The greater pressure in a gas means greater density based on Boyle’s law.
What happens to the pressure between the boats?
As fluid pressure between the boats increases, fluid pressure decreases. If the pressure on the outer sides of the boats exceeds the pressure between them, the boats are pushed together.
What happens to internal pressure in a fluid if the fluid travels faster?
What happens to the internal pressure in a fluid flowing in a horizontal pipe when its speed increases? The pressure decreases when the speed increases. The speed increases as the air flows over the wing, so the pressure decreases.
How does the pressure of water change with altitude?
This pressure is reduced as you climb up in altitude and the weight of air above you decreases. Under water, the pressure exerted on you increases with increasing depth. In this case, the pressure being exerted upon you is a result of both the weight of water above you and that of the atmosphere above you.
What is the pressure of water at sea level?
Water Pressures at Ocean Depths. One atmosphere is equal to the weight of the earth’s atmosphere at sea level, about 14.6 pounds per square inch. If you are at sea level, each square inch of your surface is subjected to a force of 14.6 pounds. The pressure increases about one atmosphere for every 10 meters of water depth.
Why does water spray farther at the top of a jug?
The water on the top of the jug does not spray out as fair because there is less pressure exerted on it. The water on closer to the bottom of the jug has more pressure, causing it to spray farther. You have two fluids of unknown density.
How does the pressure of water increase with depth?
Under water, the pressure exerted on you increases with increasing depth. In this case, the pressure being exerted upon you is a result of both the weight of water above you and that of the atmosphere above you.