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Q: What statements are true about an objects weight but not about its mass?
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Statements are true about gravity?

Gravity is a force that pulls two objects together. Gravity exists between two objects that have mass. Gravity exists in the whole universe


Is it true weight is a measure of the pull of gravity on an object?

mass is how much weight an object has so mass (N) measures how much weight (G) an object has


What are Statements that are true about body mass index?

It correlates with disease risks


Is weight and mass proportional but not equal?

true or false. weight and mass are proportional but not equal


Is mass the same as weight True or false?

It is not the same. Read the Wikipedia article on "mass versus weight" for a detailed discussion.


Do gases have weight and mass?

Yes, it is true.


What is a binary relation?

A binary relation is a relation, such as "is less than" or "is the daughter of", which makes statements about pairs of objects, being true or false depending on the objects.


Is it true Gravity exists between two objects that have mass.?

Yes.


Does it take more force to move heavier objects than lighter objects?

All other factors being Equal, Yes. This is even true in Space where the objects 'may' be unaffected by Gravity and WEIGH Zero. The critical factor here is MASS, which we commonly call WEIGHT on the Earth. The MASS of an Object does not change based on its POSITION. The WEIGHT of an object varies based on its Position relative to a Gravitational body, such as the Earth.


What statement about Gravity is always true?

Objects will always be pulled to the center of the mass.


Slow moving objects have more kinetic energy than fast moving objects true or false?

that is false as long as the objects have the same mass


All objects near the Earth's surface regardless of size and weight have the same force of gravity acting on them True or false?

False. The question says "... regardless of size and weight ...", but it is weight that is the force of gravitybetween the object and the earth. So when the weight is different, the force is different, by definition.