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What is the density of a steel hammer in a spaceship?
Look up the density of steel. It should be no different in a spaceship than on Earth.
What is the density of a steel hammer on a spaceship?
The density is not affected by gravity. it is a measure of a substances mass to volumn. Therefor the density of a steel hammer on a spaceship is the same as one on earth (approx 7850 kg/m^3)
If the denity of a steal hammer is 7.6 gcm3 on earth how much density would it have on a spaceship?
The density of the hammer is the same no matter where it is. Density = Mass / volume. Neither Mass nor volume is dependent on gravity there for Density is also independent of gravity.
Why will a person's mass never change whether they are on earth or on the moon?
Because mass is not the same as weight. Weight is mass times gravity so your weight will change if you are on the earth or moon but your mass will stay the same.
How can you calculate the density and volume of earth give the formula?
Density = mass / volume since earth is nearly spherical, Volume = (4/3)pi x r3 find volume, then divide this into the mass.
What is the density of a steel hammer in a spaceship?
Look up the density of steel. It should be no different in a spaceship than on Earth.
What is the density of a steel hammer on a spaceship?
The density is not affected by gravity. it is a measure of a substances mass to volumn. Therefor the density of a steel hammer on a spaceship is the same as one on earth (approx 7850 kg/m^3)
If the denity of a steal hammer is 7.6 gcm3 on earth how much density would it have on a spaceship?
The density of the hammer is the same no matter where it is. Density = Mass / volume. Neither Mass nor volume is dependent on gravity there for Density is also independent of gravity.
What is the mass of a hammer on the moon?
The mass of the hammer remains the same whether it is on Earth or the Moon. However, the weight of the hammer would be less on the Moon due to the lower gravity compared to Earth.
Why does density and pressure change when you enter the earth?
Density does not change because density is measured by Mass/Volume. So whether you're on earth, on the moon or floating in space, your density remains the same. Pressure, on the other hand, changes because it is defined as force per unit area (Force/Area). Your weight is the force here. As you approach the earth, the value of g increases, and so does the value of force.
How does the density change when you go to the centre of the earth?
gets heavier
How does density change between the different layers of earth?
The deeper you get into the earth, the more weight you have above you. This results in pressure that increases the density of the material below.
How does air density change throughout the atmosphere?
Air density is higher near the surface of the Earth. As you climb away from the surface, the pressure decreases.
The Moon's average density is about the same as the density of which of the Earth's layers?
The Moon's average density is about the same as the density of the Earth's mantle.
Is it true that the density of a sample depends on it location on earth?
No, the density of a sample does not depend on its location on Earth. Density is a physical property of a substance that remains constant regardless of its location. However, the gravitational force acting on an object can affect its weight, which may give the appearance of a change in density when in fact it remains the same.
How did density stratification change the earth?
Density stratification in Earth's interior played a key role in planetary differentiation, resulting in the formation of distinct layers such as the crust, mantle, and core. This process greatly influenced the evolution of Earth's magnetic field, plate tectonics, and overall geodynamic processes.
What is the zone in which density increases the greatest for any unit change in depth?
The zone where density increases the most for any unit change in depth is the uppermost layer of the Earth's mantle called the transition zone. This zone extends from about 400 to 670 kilometers below the Earth's surface and marks a significant increase in density due to changes in mineral composition and pressure.
