Question

Mass of an object is 10kg. What is it weight on earth and on the moon?

Answer 1

Answer:

So the strength of gravity on the earth due to its larger mass is approximately 9.8 m/s^2 / 1.625 m/s^2 or 6 times what it is on the moon. Thus an object weighing 10 kg on the moon would weigh approximately 60 kg on earth.

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Answer 2

Explanation:

The MASS of an object is its inherent characteristic. It never changes wherever the object is situated. So an object of mass 10 kgs keeps the same mass whether on Earth or on the Moon.

The MASS of an object is its inherent characteristic. It never changes wherever the object is situated. So an object of mass 10 kgs keeps the same mass whether on Earth or on the Moon.WEIGHT is a vector value, mass directed in a certain direction. So the direction is the determining factor as far as weight goes. On earth, by convention, we consider mass and weight the same and use them interchangeably. This is ok for all practical purposes though theoretical physicists may make fuss about it!!

The MASS of an object is its inherent characteristic. It never changes wherever the object is situated. So an object of mass 10 kgs keeps the same mass whether on Earth or on the Moon.WEIGHT is a vector value, mass directed in a certain direction. So the direction is the determining factor as far as weight goes. On earth, by convention, we consider mass and weight the same and use them interchangeably. This is ok for all practical purposes though theoretical physicists may make fuss about it!!So what is the true weight of this object that you are talking about when it reaches Moon? Here is the surprising answer! It is a negative value of about 1/6th of its mass, about -1.667 kgs (negative 1.667 kg)!! The ratio of gravitational attraction of Earth and Moon are about 6:1. So an object weighing 60 kgs on Earth would weigh about 10 kgs on the Moon. Since this force is directed towards the center of the moon,and away from the center of the earth, it must be assigned the negative sign and therefore the correct answer is -10 kgs (negative 10 kgs).

The MASS of an object is its inherent characteristic. It never changes wherever the object is situated. So an object of mass 10 kgs keeps the same mass whether on Earth or on the Moon.WEIGHT is a vector value, mass directed in a certain direction. So the direction is the determining factor as far as weight goes. On earth, by convention, we consider mass and weight the same and use them interchangeably. This is ok for all practical purposes though theoretical physicists may make fuss about it!!So what is the true weight of this object that you are talking about when it reaches Moon? Here is the surprising answer! It is a negative value of about 1/6th of its mass, about -1.667 kgs (negative 1.667 kg)!! The ratio of gravitational attraction of Earth and Moon are about 6:1. So an object weighing 60 kgs on Earth would weigh about 10 kgs on the Moon. Since this force is directed towards the center of the moon,and away from the center of the earth, it must be assigned the negative sign and therefore the correct answer is -10 kgs (negative 10 kgs).Mass = 10 kg… Weight on Earth = 10 kg. Weight on Moon = -1.667 kg (negative)

The MASS of an object is its inherent characteristic. It never changes wherever the object is situated. So an object of mass 10 kgs keeps the same mass whether on Earth or on the Moon.WEIGHT is a vector value, mass directed in a certain direction. So the direction is the determining factor as far as weight goes. On earth, by convention, we consider mass and weight the same and use them interchangeably. This is ok for all practical purposes though theoretical physicists may make fuss about it!!So what is the true weight of this object that you are talking about when it reaches Moon? Here is the surprising answer! It is a negative value of about 1/6th of its mass, about -1.667 kgs (negative 1.667 kg)!! The ratio of gravitational attraction of Earth and Moon are about 6:1. So an object weighing 60 kgs on Earth would weigh about 10 kgs on the Moon. Since this force is directed towards the center of the moon,and away from the center of the earth, it must be assigned the negative sign and therefore the correct answer is -10 kgs (negative 10 kgs).Mass = 10 kg… Weight on Earth = 10 kg. Weight on Moon = -1.667 kg (negative)Mass = 60 kg… Weight on Earth = 60 kg. Weight on Moon = -10 kg (negative 10 kg)

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