If the room gets too hot, the candle wax will melt, so yes, room temperature does matter.
No, frozen candles do not burn faster than room temperature candles. In fact, the cold temperature may actually cause the frozen candle to burn slower due to the wax needing to thaw and melt before it can be consumed by the flame.
Fluorine is a gas at room temperature.
Rhodium is a solid at room temperature.
It is a gas.
the state of matter at room temperature for the element Europium is a liquid.
No, frozen candles will burn slower than room temperature candles because the cold temperature slows down the rate of combustion. The wax in frozen candles will take longer to melt and be consumed, resulting in a longer burning time compared to room temperature candles.
if it is higher than the frozen yes
Gas at room temperature.
No, frozen candles do not burn faster than room temperature candles. In fact, the cold temperature may actually cause the frozen candle to burn slower due to the wax needing to thaw and melt before it can be consumed by the flame.
If it were a solid at room temperature, then that would be the state of matter. However, hydrogen is NOT solid at room temperature. It is a gas and that would be the state of matter.
solid at room temperature
Be is solid at Room temperature
helium is a gas at room temperature
Gas at room temperature
Fluorine is a gas at room temperature.
Candles that have just come out of the microwave will burn faster because the microwave has already burned it as it is, adding a flame will just continue the process. Whereas if it was room temperature you would have to start the whole process from the beginning.
Oxygen is a gas at room temperature.