The definition of weight allows finding the result of the astronaut Moon's weight is 163 N
The weight of a body is the attractive force of the planet on the body
W = m g
Where W is the weight, m the mass of the body and g the acceleration due to gravity
In this case the astronaut is on the Moon, I have indicated that the Moon's gravity is
\(g_m = \frac{1}{6} \ g_e\)
Where \(g_m\) is gravity on the moon, \(g_e\) is gravity on earth
\(g_m\) = 1/6 9.8
g_m = 1.63 m / s²
In the attached we have a diagram of the weights on the Earth and the moon.
They indicate that the mass of the astronaut is 100 kg, let's calculate the weight on the moon
W = 100 1.63
W = 163 N
In conclusion using the definition of weight we can find the result of the astronaut's Moon weight is 163 N
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