Question

two children on a seesaw are able to balance perfectly while on Earth.would they still be balanced if you saw was brought to the Moon?

A no,they would not be balanced because their masses would change

b yes,they would still be balanced because their weights would not change

c yes,they would still be bounced because their masses would not change

d no,they will not be bounced because their weights could change​

Answer 1

Answer:

C

Explanation:

Because on the moon you are basically weightless and your mass would stay the same

Answer 2

The children would still be balanced on the moon because their masses would not change.

WHAT IS MASS AND WEIGHT?

• Mass refers to the amount of matter contained in a substance measured in kg (S.I unit) while weight involves the effect of gravitational force on a substance measured in Newton (N).

CONCEPT OF MASS AND WEIGHT ON EARTH AND MOON:

• The gravitational force on the moon (1.6m/s²) is way smaller than that of the Earth (9.8m/s²). Hence, the weight of an object on Earth changes in the moon i.e. becomes smaller.

• However, the mass of objects remains the same regardless of gravitational force. Only the weight changes with gravity.

According to this question, if two children balance perfectly on a seesaw on Earth, they would still balance if the seesaw is brought to the moon because their masses still remain intact. Only their weight changes and mass is what is being compared using balancing method.

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