A number of factors have to be considered, the state of the substance, solid, gas or liquid.
The condensation and freezing point of the substance.
The temperature inside the freezer.
The pressure
Most, but not all, substances reduce in volume and increase in density when cooled. Water for instance, reduces in density when frozen.
The air inside the balloon will contract and the balloon will deflate due to the decrease in temperature causing the air molecules to slow down and decrease in volume.
Nothing.Density = mass(kg)/volume(m3)When we double the mass of a substance, the volume of the substance will be double too.= mass*2/(volume*2)= (mass/volume)*(2/2)=(mass/volume)*1so the density will not change.
When a balloon is placed in the freezer, the air inside it contracts and decreases in volume due to the cold temperatures. The rubber of the balloon becomes less flexible in the cold, making it so the balloon can't stretch to accommodate the reduced air volume inside. This increase in pressure causes the balloon to burst.
If the mass of a substance is cut in half but the volume remains the same, the density of the substance would also be cut in half. This is because density is calculated by dividing mass by volume, so reducing the mass will directly affect the density without changing the volume.
When you divide the mass of a substance by its volume, you get its density. Density is a physical property that describes how compact a substance is, or how much mass is contained in a given volume.
its a begging volume and a ending volume you will subbract it.
the volume of water increased when the water is froze
The air inside the balloon will contract and the balloon will deflate due to the decrease in temperature causing the air molecules to slow down and decrease in volume.
The volume decrease.
The substance retains its spherical shape and volume of 50 mL regardless of the container, indicating that its physical properties are not affected by the shape of the surrounding space. The volume of the substance remains constant at 50 mL, whether in the square box or the circular tube. This demonstrates that the shape of the container does not alter the intrinsic properties of the substance itself.
It will burst! because of the pressure in the freezer.
An air-filled balloon placed in the freezer would experience contraction. As the temperature decreases, the air molecules inside the balloon lose energy and move closer together, causing the volume of the air to decrease. This results in the balloon shrinking in size. If left long enough in the freezer, the balloon may even appear deflated.
A gas can expand to fill the entire volume of its container because the particles are not confined and can move freely. When a gas is placed in a container, it will fill the entire space available to it.
Nothing.Density = mass(kg)/volume(m3)When we double the mass of a substance, the volume of the substance will be double too.= mass*2/(volume*2)= (mass/volume)*(2/2)=(mass/volume)*1so the density will not change.
A gas is a substance made up of neutral atoms or molecules that changes its shape and volume when placed in a new container. Gases have particles that are widely dispersed and move freely, allowing them to fill the space available to them.
When a balloon is placed in the freezer, the air inside it contracts and decreases in volume due to the cold temperatures. The rubber of the balloon becomes less flexible in the cold, making it so the balloon can't stretch to accommodate the reduced air volume inside. This increase in pressure causes the balloon to burst.
Normally when you heat a substance its volume increases while mass stays the same. It may not be noticable but the density would decrease.