- #1
Terminus
- 3
- 0
can someone tell me how i can calculate what the weight of a 100lb man (on the surface of the Earth) would be on different parts of the Earth: the core and at all the layers of the atmosphere
thanks
thanks
Terminus said:can someone tell me how i can calculate what the weight of a 100lb man (on the surface of the Earth) would be on different parts of the Earth: the core and at all the layers of the atmosphere
thanks
The weight of a 100lb man on Earth is calculated using the formula W = mg, where W is the weight in Newtons, m is the mass in kilograms, and g is the acceleration due to gravity on Earth (9.8 m/s²).
Yes, the weight of a 100lb man may vary slightly in different locations on Earth due to the variation in the strength of gravitational pull. For example, the weight may be slightly less at the equator compared to the poles due to the Earth's rotation.
The atmosphere does not have a significant effect on the weight of a 100lb man on Earth. The weight is primarily influenced by the Earth's gravitational pull, which is not affected by the atmosphere. However, if the man is in an area with high altitude, the weight may be slightly less due to the decrease in gravitational pull at higher elevations.
Yes, the weight of a 100lb man (or any object) on Earth may change over time due to various factors such as changes in mass, changes in gravitational pull, and changes in altitude. Additionally, as a person ages, their weight may also fluctuate due to changes in body composition.
The weight of a 100lb man on Earth would be significantly different on other planets or celestial bodies due to the variation in gravitational pull. For example, on Mars, the weight would be approximately 38lbs, and on the moon, it would be approximately 16.6lbs. The weight may also vary on other planets or moons depending on their size and mass.