Is Body Weight the Same as Mass and Constant Everywhere on Earth?

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Homework Help Overview

The discussion revolves around the concepts of weight and mass, specifically questioning whether they are the same and if weight remains constant at different locations on Earth.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants explore the definitions of weight and mass, noting that weight is often described as mass times gravity. There are questions about how gravity varies across different locations on Earth and its effect on weight. Some participants also introduce the idea that mass could change with energy variations.

Discussion Status

The discussion is ongoing, with participants providing different perspectives on the relationship between weight and mass, as well as the implications of gravitational differences on Earth. There is no explicit consensus yet, but various interpretations are being explored.

Contextual Notes

Participants are navigating the definitions and implications of weight and mass in the context of a homework question, indicating a need for clarity on these fundamental concepts.

glaveen03@yah
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is the weight of the body the same as its mass?is the weight of the body constant at all places in the earth?is the mass?

plss help me to answer this question...
 
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It depends on what you mean by "weight". There are several meanings to this term.

This looks like homework. What do you think?
 


Usually weight is defined as mass times gravity. So they are not the same thing. As for on the Earth the weight would change a little bit. But not enough for you to really feel. I think the gravity is stronger around the equator than the poles, or it could be the other way around, I forget. But I'm pretty sure it does change but but small amounts. As for mass, an objects mass will never change unless you remove parts from it. An object will have the same mass on the Earth as the moon and so on.
 


Your mass can change if you change your kinetic energy and even stranger if you change your potential energy. Since mass is equal to your total energy. So you could say that if you are at a different location on the Earth your potential energy has changed slightly and so your mass is now slightly different, even with the same kinetic energy...
 

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