Does gravity affect how much we weigh depinding on what part of earth we live at?

Answer 1

Yes, but the difference will not be noticeable at habitable altitudes. At higher altitudes, gravity has less of an effect on you. Your mass would remain the same, but the pull of gravity would lessen. Plus, it changes as your move from the poles to the equator because the earth is not round, but is squashed out in the middle slightly.

Here is a fun website that has formulas that allow you to calculate your weight at different altitudes and latitudes.

Answer 2

I believe weight differs depending on which altitude you are at. The higher up you go the less you will weigh, the lower the altitude the more you weigh. This is because the force of the Earth's gravity decreases the farther away you are from the Earth's core. The differences are probably fairly negligible like those between the boiling points of water which are also dependent on altitude.

Answer 3

Yes, but not by much.
The center of mass of the earth is, practically speaking, at the center of the earth. The difference in distance from the center of the earth between sea level and the top of Mt. Everest is less than 7 miles, or about 7/4000=0.0018 of the radius of the earth. The force of gravity is inversely proportional to the square of the distance separating the centers of mass, or to 1/(r^2).

So the weights may vary by a factor of 1/(1.0018^2)=0.996.

Answer 4

Yes, but very little. It takes an extremely sensitive scale to register changes in gravity due to local fluctuations in density and your distance from the center of the earth.

Geologists actually use such devices to learn about the composition of the earth nearby.

Answer 5

The physics significant in me seems at area one this way: The capability of the sunlight's gravitational pull is bigger than that of the earth's, and earth has much less mass, so Earth is laid low with the sunlight's gravity way extra effective than the sunlight is laid low with Earth's. The communications significant in me seems at area 2 as an straight forward case of a few concept I neglect the call of. extremely, this technique impacts you quickly, seeing which you're staring at it, on a similar time as you are able to in basic terms influence this technique in a roundabout way (your opinion of it, alongside with that of others, will influence its risk of syndication, to illustrate.) for this reason the two questions do have the comparable answer, the 1st merchandise has extra effect on the 2nd than the 2nd has on the 1st. the reasons are diverse, regardless of the undeniable fact that, and that i'm not likely seeing the relationship that turns this right into a philosophy query, so i'm curious to work out what direction you are going to bypass with. EDIT: hg3, Rereading my reaction I see I phrased it poorly, yet i grew to become into not attempting to declare that the sunlight EXERTS extra stress on the earth than vice versa. i grew to become into asserting the sunlight impacts the Earth extra, as a results of fact the comparable volume of stress has a bigger result on a smaller merchandise. If Earth have been got rid of as a element, the sunlight could be affected a ways much less (on condition that it is nonetheless have been given all those different planets orbiting it additionally affecting it, some lots extra strongly than Earth) than the Earth could be affected if the sunlight have been got rid of. Earth, inspite of each little thing, at the instant ORBITS the sunlight. i think which skill i grew to become into getting overly semantic approximately it, yet this query is interior the philosphy classification, inspite of each little thing.

Answer 6

Yes, depending on your altitude the weight shown on a gravity scale will be influenced, though ever so slightly.

Answer 7

If you live closer to the earth's core, the core's gravity will be stronger, and you would weigh more.

Answer 8

Actually, yes. However, it is not by much, the earth's gravitational fields are fairly homogeneous. Weight will only really alter when you change you variation to sea level.

Answer 9

It depends where you are. Say you are in Chicago,U.S.A. and you weigh 120 pounds. That weight is going to multiply the closer you get to the core.

Answer 10

Yes. on sea level, im 120 pounds. At the bottom of the Mariana trench, im 120000 pounds.