The volume of a balloon will increase as the temperature increases between 0 degrees Celsius and 60 degrees Celsius. This is because the air inside the balloon will expand as it heats up, causing the balloon to inflate.
A demonstration of pressure could be done best with a balloon and a pump. By inflating the balloon using the pump, the increasing pressure inside the balloon can be observed by its expansion. This can help illustrate how pressure can cause a volume to change.
No, the balloon did not change size.
Popping a balloon is a physical change because the balloon retains its original chemical composition even after it has been popped. The change is reversible, as the pieces of the popped balloon can be put back together and reinflated.
Breaking a balloon is a physical change because no new substances are formed during the process. The balloon remains made of the same materials even after it is broken into pieces.
A change of 1 Fahrenheit degree is equivalent to a change of 0.55 Celsius degrees. Therefore, a change of 1 Celsius degree is larger than a change of 1 Fahrenheit degree in terms of temperature difference.
the difference between -2 and 8 Celsius is 10 degrees Celsius
The ratio of temperatures must be calculated for the absolute temperatures - not temps measures on the Celsius scale. So, the temperature increases from 273.15 K to 333.15 K. 333.15/273.15 = 1.2197 Therefore, the volume will increase by a multiple of 1.2197. This answer assumes that all other factors remain unchanged. That is unlikely since the elasticity of the balloon is likely to be affected by the change in temperature.
A balloon breaking is a physical change because the bonds between the molecules of the balloon are simply being broken, changing its physical form, but not changing the chemical makeup of the materials involved.
The change is 7 Celsius degrees (NOT degrees Celsius).
A demonstration of pressure could be done best with a balloon and a pump. By inflating the balloon using the pump, the increasing pressure inside the balloon can be observed by its expansion. This can help illustrate how pressure can cause a volume to change.
They are the same; the kelvin scale is designed so the difference between degrees is the same as the celsius scale.
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No, the balloon did not change size.
Kelvin and Celsius both use the same "size" degree, but they have different zero points; 0 K = -273.15 °C. A change of 10 K is identical to a change of 10 °C; a change of -43 K is identical to a change of -43 °C.
Yes, it is a physical change. Nothing chemically changed about the balloon.
With great difficulty. A kilometre is a measure of distance whereas a degree Celsius is a measure of change in temperature. There is no relationship between the two.
Physical, because the balloon did not have a change in its chemical composition when it broke.