What would happen to your weight if the earth was cut in half?
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What would happen to your weight if the earth was cut in half?
Weight of an object is the force with which earth attracts the body. In the given problem your weight will become half of original weight.
What would happen if the Earth’s radius doubled?
If we assume that the density of the Earth stays the same, then doubling the radius increases the planet’s mass eight-fold. Surface gravity is now doubled, so most plants and trees promptly fall over.
What happen to the weight of the object if the mass of the Earth decrease half from its original mass without changing its radius?
Hence, the correct answer is that If the radius of the earth is reduced to half of its present value, with no change in the mass, the acceleration due to gravity will become Four times to that of the original value which is option B.
How much weight of a body decreases when it is brought to a point 64 km below the earth’s surface?
1 \% loss in weight.
What is the weight of the body on the Earth?
On the surface of the Earth, the weight of the body is 100 N. An object weighs 100 N on Earth’s surface. When it is moved to a point one Earth’s radius above the Earth’s surface, what will be the weight?
What is the weight of an object moving above Earth’s surface?
An object weighs 100 N on Earth’s surface. When it is moved to a point one Earth’s radius above the Earth’s surface, what will be the weight? The acceleration due to gravity on the surface of the earth is g 0 = G M R 2, where G, M and R are the gravitational constant, mass of the Earth and radius of the Earth.
What is the mass of the heavenly body?
A heavenly body has a mass equal to half of the mass of the Earth, and it’s radius is half as that of the Earth. If a stone weighs 100 N on the surface of the Earth, what is the weight of the stone on the heavenly body? – Quora A heavenly body has a mass equal to half of the mass of the Earth, and it’s radius is half as that of the Earth.
What is the mass of the Earth at the surface?
About 0.33 Earth masses is in the core, which extends to 0.55 Earth radii. So this position is just inside the core. There is an inner core that is a tad denser (see link). g = GM/R 2 = 1 Earth gravity (at the surface).