Question

Explain why mass is used to measure the properties of solids, liquids, and gases.

Mass takes into account the force of gravity.
Mass is a measure of weight that stays constant.
Mass is a measure of matter that does not change.
Mass and gravity are both necessary for accurate measurements.

Answer 1

Answer:

Mass is a measure of matter that does not change. D. Mass and gravity are both necessary for accurate measurements

Answer 2

Answer:

According to the law of conservation of mass "mass can neither be created nor be destroyed."

Explanation:

The law of conservation of mass states that "mass cannot be created or destroyed." Thus, regardless of whether a particle is in a solid, liquid, or gaseous state, mass remains constant. While weight does not take into account gravity and is independent of the location's gravity, mass does.

Mass was no longer thought of as constant or immutable. Both chemical and nuclear processes include some energy and mass conversion, which causes the products to typically have less or more mass than the reactants.

It is crucial to know an object's mass since it can be used to calculate how much force will be required to move it. An unmeasured object is frequently measured in terms of mass using established units of measurement like milligrams, grammes, and kilograms.

The gravitational pull is accounted for by mass. Weight is measured by mass, which is a constant. Mass is a constant measurement of matter. Accurate measurements require both mass and gravity.

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