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Tension. A+ There are a number of reasons why matter would take up a smaller amount of space.
If the matter is a gas, increased pressure or compression will result in a smaller volume.
Gases condensing to a liquid will occupy a smaller amount of space.
Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids.
Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
What else can I help you with?
What occurs when the same amount of matter occupies a smaller amount of space?
When the same amount of matter occupies a smaller space, its density increases. This can lead to an increase in pressure or temperature, depending on the system. In some cases, this can result in a phase change, such as from a gas to a liquid or a liquid to a solid.
When this occurs the same amount of matter occupies a smaller amount of space.?
Tension. A+ There are a number of reasons why matter would take up a smaller amount of space. If the matter is a gas, increased pressure or compression will result in a smaller volume. Gases condensing to a liquid will occupy a smaller amount of space. Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids. Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
When this occurs the same amounts of matter occupies a smaller amount of space?
Tension. A+ There are a number of reasons why matter would take up a smaller amount of space. If the matter is a gas, increased pressure or compression will result in a smaller volume. Gases condensing to a liquid will occupy a smaller amount of space. Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids. Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
When this occurs the same amount of material occupies the same amount of space but the position of the material changes.?
shearing
When this occurs the same amount of material occupies the same amount is space but the position of the material changes?
shearing
When a chemical change occurs what do you know about the amount of matter in the new substances What is this known as?
In a chemical change, the amount of matter in the new substances remains constant. This is known as the law of conservation of mass, which states that matter cannot be created or destroyed in a chemical reaction, only rearranged.
Is it true that sometimes matter can be transformed into energy?
Yes, according to Einstein's equation E=mc^2, matter can be converted into energy. This transformation occurs in processes like nuclear reactions, where a small amount of matter is converted into a large amount of energy.
what happens in Adaptation?
Adaptive radiation occurs when a species occupies a habitat with unoccupied niches
Why does the amount of matter remain constant while being recycled through the rock cycle?
actually it occurs because of the law of conservation of matter= matter can't be created or destroyed it is just being changed
What type of reaction occurs in an atomic bomb?
A nuclear fission reaction occurs in an atomic bomb. This is when the nucleus of an atom is split into two or more smaller nuclei, releasing a large amount of energy in the process.
What do you call matter that gets packed into the same amount of space the material's density?
When matter is packed into the same amount of space as its density, it is referred to as being at its maximum density or at its highest level of compression. This typically occurs under high pressure or in specific conditions where the matter is tightly packed together.
Does a matter in the liquid state has a smaller mass then when it is in the solid state?
The principle of matter conversion or mass, shows that the item used will have the same mass in the liquid and solid state considering than nothing else is allowed into or out of the environment where the change in matter occurs.
