If the container is sealed and no gas is allowed to enter or exit, then the volume will not change. However, if the container is open and gas can enter or exit, then the volume may change depending on various factors such as temperature, pressure, or addition/removal of gas molecules.
No, the amount of a liquid is volume. Density is independent of volume.
It does not because change only occurs when temperature is involved.
The volume is 50 %.
To calculate the water difference when the density changes, you would need to account for the change in volume due to the density change. Use the formula: Difference in water volume = Original water volume / Original water density - Original water volume / New water density. Multiply this difference in volume by the new water density to obtain the actual water difference.
If the container is sealed and no gas is allowed to enter or exit, then the volume will not change. However, if the container is open and gas can enter or exit, then the volume may change depending on various factors such as temperature, pressure, or addition/removal of gas molecules.
The crank angle would change the stroke. The stroke would change the volume.
A [multiplicative] change in one dimension makes the same change in the volume. So the volume would be tripled.
volume: obviously unaffected mass: could change, depending on what the hardening method was density: would only change if the mass did hardness: obviously copied
Your question isn't specific enough. Depending on the type of metal the mass will be different and the volume will change. Heavier metals will have less volume for those 10 grams, while a lighter metal would require more volume to achieve the same 10 grams.
The answer depends on whether the change in volume was for a gas or a solid!
Assuming the tank was not in a vacuum, the VOLUME stays constant. The volume is the total area inside the tank. The pressure would change when 'pumped up'. The volume would not. The pressure inside would also change based on the temperature, relative to the outside pressure.
No, the volume of an object does not change when its size changes. The volume is a fixed measure of the amount of space that the object occupies and is calculated using specific dimensions. Changing the size of the object would involve altering these dimensions but would not impact the volume.
Increasing the mass of an object does not necessarily change its volume if the density remains constant. However, if the density of the object changes as a result of the increase in mass, then the volume would also change.
The mass of the chalk would stay the same because volume and mass are independent properties. Triple the volume does not mean that mass will change.
No, the amount of a liquid is volume. Density is independent of volume.
It does not because change only occurs when temperature is involved.