-- First of all, I always had the impression that mountains are on land,
at least those that you can stand on. Be that as it may, however . . .
-- Technically, you would weigh slightly less on a mountaintop than you do
when you're on the flats, because on the mountain, you're farther from the
Earth's effective center of mass.
But you'd need some pretty good equipment to measure it. I worked it out once
for a person on an airliner cruising at 35,000 feet ... roughly a mile higher than
the highest mountaintop on Earth.
Compared to his weight at sea level, he weighs about 0.33 percent less when he's
up at 35,000 feet. For a 200-pound man, that's a difference of about 10.6 ounces.
You would weigh less on a high mountain peak due to the decreased gravitational force at higher altitudes, which is farther from the center of the Earth. At sea level, you would weigh more due to the stronger gravitational pull closer to the Earth's center.
You would weigh more at sea level. As you get father away from the surface of the earth, the force of gravity is weaker
It would be more appropriate to weigh a pumpkin with a kilogram, as pumpkins generally weigh more than a gram.
An object will weigh slightly less at the top of a tall mountain compared to at sea level due to the decreased gravitational pull at higher altitudes. This is because gravitational acceleration decreases with distance from the center of the Earth.
Ounces would be more appropriate to weigh a slice of pie as it is a smaller unit of measurement compared to pounds. This would provide a more precise measurement for the weight of the slice.
They would not. In fact, they would weigh slightly less. The force of gravity decreases as an object gets further from the centre of the Earth.
You would weigh less on a high mountain peak due to the decreased gravitational force at higher altitudes, which is farther from the center of the Earth. At sea level, you would weigh more due to the stronger gravitational pull closer to the Earth's center.
You would weigh more at sea level. As you get father away from the surface of the earth, the force of gravity is weaker
you would weigh 200 lbs. in water as you would on land. Your body just moved the water out of the way, which explains displacement. Buoyancy is what makes you seem lighter though. Because you weigh more than the water that you displaced and because the the water that you moved has a weight too, your body would be forced up after moving the water out of the way. So it's not that you weigh less in the water if someone picks you up, they just have more help when lifting you.
Both 2 acres of land on a mountain and 2 acres of land on flat land cover the same amount of area in terms of square footage. However, due to the uneven terrain and potential limitations for building on a mountain, the usability and access to the land may vary compared to flat land.
they don't
well as i have researched i would have to say you would actually weigh 62kg and in lbs you would weigh 72lbs so in kg you would weigh 7kgs more and in lbs you would weight 12lbs more see simple hope that answers your question!
It would be more appropriate to weigh a pumpkin with a kilogram, as pumpkins generally weigh more than a gram.
you would weigh more on Jupiter because of the greater gravity
They went to find more land.
Hill
You would weigh more on the following planets:Jupiter (254 lbs.)Saturn (108 lbs.)Neptune (119 lbs.)