When the moon is directly overhead, you will weigh slightly less.
Yes, Because your mass is a physical constant - it will not change if gravity changes, it is how much matter you have in you.
Your weight however is the force downward that you experience, it depends on the gravity as well as your mass. For instance, if you were on the moon, which has a gravity around 1/4 of that on earth, you would WEIGH less but your MASS would be the same.
In the situation you described there are two gravities to consider, the pull of the earth down, and the pull of the moon up. Because they are opposite they cancel and your total weight is the difference between these two.
Since the moons pull will be greatest when it is directly above you your weight will be the least at this time. However, because the moon is so far away this gravitational change is very small and so will not be noticible. It would take very sensitive equipment to notice it.
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Yes, Because your mass is a physical constant - it will not change if gravity changes, it is how much matter you have in you.
Your weight however is the force downward that you experience, it depends on the gravity as well as your mass. For instance, if you were on the moon, which has a gravity around 1/4 of that on earth, you would WEIGH less but your MASS would be the same.
In the situation you described there are two gravities to consider, the pull of the earth down, and the pull of the moon up. Because they are opposite they cancel and your total weight is the difference between these two.
Since the moons pull will be greatest when it is directly above you your weight will be the least at this time. However, because the moon is so far away this gravitational change is very small and so will not be noticible. It would take very sensitive equipment to notice it.
More Facts here-
Ants never sleep !
The Mona Lisa has no eyebrows.
What is Barbie doll's Full name ?


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