FAQ: An Object Weighs 30 N On Earth. A Second Object Weighs 30 N On The Moon. Which Has The Greater Mass?

Acceleration due to gravity is g=9.81m/s2 g = 9.81 meters per second 2, and the acceleration due to gravity is g=1.62m/s2 g = 1.62 meters per second 2. At the surface of the Earth, the acceleration due to gravity is g=9.81m/s2 g = 9.81 meters per second 2. As a result, the second rock is heavier than the first.

What is the weight of an object weighing 30 N on the earth on the moon?

As a result, the weight of the identical thing on the moon is 4.9 N.

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What is the mass of an object that weighs 30 N?

On Earth, a single item weighs 30 newtons. What is the estimated weight of the object? 0.2 kilograms

What would be the weight of an object on moon if it’s weight on Earth is 60 Newton?

The gravitational pull of the Moon is roughly 1/6th the intensity of the gravitational pull of the Earth, therefore a guy who weighs 60kg on Earth would only be 10kg when he is orbiting the Moon. His bulk, on the other hand, stays unchanged.

Will an object have the same weight on moon as it does on Earth?

It may alternatively be described as the gravitational force operating on the thing in question. Consequently, the mass of an object on the Moon is the same as the mass of an item on the Earth. However, because the moon’s gravity is less than that of the Earth, its weight diminishes with time.

What is the weight of a body in the earth if its weight is 5N in Moon?

Explanation: Because the moon has a less mass than the Earth, the gravitational force acting on the lunar surface is only roughly one-sixth of the force acting on the Earth. This means that the weight of a body on the moon is 5N in this scenario. As a result, the weight of a body on the earth is 6 5 N = 30 N in weight.

How much does a 3.0 kg bag of bolts weigh?

How much does a 3.0-kg bag of bolts weigh in pounds and kilograms? N = 0.98 N

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What does a Newton measure?

Newton (abbreviated N) is an absolute unit of force in the International System of Units (SI units), and it is the most powerful unit of force in the world. In physics, it is defined as the force required to accelerate a mass of one kilogram at the rate of one metre per second every second while maintaining the same mass.

How does the mass of a bowling ball on Earth compared to its mass on the moon?

The weight of a bowling ball on the Moon would be one-sixth of the weight of a bowling ball on Earth, despite the fact that its mass would stay identical.

How do you find the weight of an object on the moon?

Answer: To calculate the weight of the moon, we divide the weight of the earth by the force of gravity on the earth, which is 9.81 meters per second. The mass of the item is calculated in this way. The weight of an item may be calculated by multiplying its mass by the gravitational force to which it is subjected. Once we have determined the mass of an object, we can calculate its weight.

What is 80 kg on the moon?

The surface gravity of the moon is 0.17 times more than that of the Earth (table 9-1), hence 80 kg weighs 133 n on the moon.

What is the weight of a 60 kg astronaut on Earth?

The answer is: a) Weight equals Fg equals mg = (60 kg)*(9.8 m/s2) equals 588 N.

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What is the weight of a 20 kg object on Earth?

So, if an item has a mass of 20 kg, its weight will be equal to 20 kg x 9.80665 m/sec2 = 196.133 Newtons, or 196.133 Newtons per kilogram of mass.

Why is the weight of an object on Moon is 1/6 The weight on Earth will the mass of this object also change Why or why not?

The moon’s mass is one-hundredth that of the earth’s, and its radius is one-fourth that of the earth. As a result, the gravitational pull on the moon is approximately one-sixth of the gravitational force on the earth. As a result, the weight of an object on the moon is one-sixth that of an object on the earth.

What weighs more on the Moon than Earth?

The larger the mass of a person, the stronger the gravitational force on that person. Because the Moon is smaller than the Earth, its gravitational attraction is lower than that of the latter. In actuality, the Moon possesses just one-sixth the gravitational pull of the Earth. As a result, you will weigh six times less on the Moon than you will on Earth!

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