Physics, 13.10.2020 16:01 benallyadam2067

15. An astronaut on the moon has a 110 kg crate and a 230 kg crate. How do the forces required to liftyihe crates straight up on the moon compare with the forces required to lift them on Earth?

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Answer from: nat5841

The forces required to lift the crates straight up on the Moon is lesser than the forces required to lift them on Earth.

Given the following data:

Mass A = 110 kgMass B = 230 kg

Scientific data:

Acceleration due to gravity on Earth = 9.8 m/s^2

Acceleration due to gravity on Moon = 1.6 m/s^2

The formula for weight.

Mathematically, the weight of an object is given by the formula;

Weight = mg

Where;

m is the mass of the object.g is the acceleration due to gravity.For the weight on Moon:

$Weight \;A= 110 \times 1.6$

Weight A = 176 Newton.

$Weight \;B=230 \times 1.6$

Weight B = 368 Newton.

For the weight on Earth:

$Weight \;A= 110 \times 9.8$

Weight A = 1,078 Newton.

$Weight \;B=230 \times 9.8$

Weight B = 2,254 Newton.

In conclusion, the forces required to lift the crates straight up on the Moon is lesser than the forces required to lift them on Earth.

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15. An astronaut on the moon has a 110 kg crate and a 230 kg crate. How do the forces required to li...

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