Answer:
See the explanation below, and the different answers
Explanation:
It is important to clarify that the mass is always preserved, that is, it does not vary regardless of the location of the person, whether the moon, Saturn, Mars. The value that changes is the weight, due to the gravity of each planet.
On Earth
m = 86[kg]
w = m * g
where:
g = gravity acceleration = 9.81[m/s^2]
w = weight = [N]
w = 86 * 9.81
w = 843.66 [N]
On the Moon
m = 86[kg]
w = m * g
where:
g = gravity acceleration * (1/6) = 9.81 * (1/6) = 1.635 [m/s^2]
w = weight = [N]
w = 86 * 1.635
w = 140.61 [N]
The mass of the man would still be 86kg, but his weight on the moon would be approximately 14.33kg.
Explanation:To determine the mass and weight of an 86kg man on the moon, where the gravitational field is one-sixth that of Earth's, we can use the equation:
Weight = mass x gravitational field
Since the mass of the man is 86kg, the weight on the moon would be:
Weight = 86kg x (1/6) = 14.33kg
Therefore, the mass of the man would still be 86kg, but his weight on the moon would be approximately 14.33kg.
Learn more about Weight on the moon here:https://brainly.com/question/34136037
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