Question

What will be the approximate weight of an object on moon if it weighs 10 N on earth?​

Answer 1

Answer:

Also 10n

It’s a trick question.

The term “mass” refers to the invariant mass-energy of the object, and this is the same everywhere. That is why it is called “invariant”.

Where confusion arises is that we also refer to weight in kilograms… weight is a force, and the SI unit for force is the Newton.

Swapping mass and weight units in conversation is common.

When you ask someone their weight and they say 68kg… they mean 667N. We know this because we are both at the surface of the Earth while we are talking.

So a 10kg object weighs about 98N on the Earth and about 16N on the Moon.

That is the trick: realising that there is a difference between mass and weight when we are used to unconsciously swapping the two.

This question is similar to asking which is heavier, 1kg of lead or 1kg of feathers?

Explanation:

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Answer 2

Answer:

Explanation

Basically $\s\sqrt{x}10N$ equivalent to what

you see mass and weight are very different things and it is normal for you to confuse it but we calculate let it like this:

$\sqrt[189]{10N}$,$x_{989.99}$ Buy power of 100 is 100kg on the moon :) (if for a question (homework) after writing x989.99 also write $\sqrt{97t646x((wight))765r}$)

:) bye