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Does matter have weight and take up space?
Yes, matter has weight because it has mass, which is a measure of the amount of matter in an object. Matter also takes up space because it has volume, which is the amount of physical space an object occupies.
Which 2 states of matter take up definite amount of space?
The two states of matter that take up a definite amount of space are solids and liquids. This is because the particles in solids and liquids are closely packed together, resulting in a fixed volume for a given amount of substance.
Can different kinds of matter take up the same amount of space but have different masses?
Yes. The amount of space matter takes up is volume. Different substances have different densities, which are calculated by mass divided by volume most commonly in the unit g/cm^3 (grams per cubic centimeter). Mass depends on the nucleus/i of the substance, while volume depends on its nucleus/i as well as the electrical field formed by the repulsion of electrons.
What is a state of matter that does not take up a definit amount of space and has no definit shape?
A gas is a state of matter that does not have a definite shape or volume. Its particles move freely and independently, taking up the shape and volume of their container.
If something has more mass does it take up more space or inertia?
More mass does not necessarily mean that an object will take up more space. Mass refers to the amount of matter in an object, while volume determines the amount of space it occupies. Inertia, on the other hand, is a property of matter that describes its resistance to changes in motion.
What does matter take up?
Matter takes up space. The amount of space matter occupies is referred to as its volume.
Does matter have weight and take up space?
Yes, matter has weight because it has mass, which is a measure of the amount of matter in an object. Matter also takes up space because it has volume, which is the amount of physical space an object occupies.
What is taken up by matter?
Matter occupies space, and the space it takes up is called the volume of matter.
Amount of space matter takes up?
Matter is defined as something that has mass and takes up space. Mass is defined as the amount of matter something contains. Since these two definitions run into each other, what exactly - without use of the corrasponding words
What is the amount of space that matters take up?
Volume is the amount of space matter takes up.Volume is the quantity of 3-dimensional space enclosed by a closed boundary. The SI unit of volume is cubic meter.
Are liters used to measure weight?
Liters are used to measure volume. Volume is the amount of space that matter take up.
Is volume the amount of space liquid takes up?
Volume.
Which 2 states of matter take up definite amount of space?
The two states of matter that take up a definite amount of space are solids and liquids. This is because the particles in solids and liquids are closely packed together, resulting in a fixed volume for a given amount of substance.
What does not have a definite shape and does not take up a definite amount of space?
Matter that has no definite shape or volume is a gas.
What is a form of matter that takes up a definite amount of space?
A solid is a form of matter that has a definite shape and volume, meaning it takes up a specific amount of space. This is because the particles in a solid are closely packed together and have strong attractive forces holding them in place.
Does a solid take up a different amount of space when it is put into a different container?
No. A solid has a definite volume no matter what container it is placed in.
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.
