Charles's Law says that if you keep the pressure the same, the volume of a gas will change depending on the temperature.
When the temperature goes up, the volume increases, and when the temperature goes down, the volume decreases. Here’s a simple way to write this:
Volume is linked to Temperature.
Let’s look at an example:
If the temperature rises from 273 K (which is 0°C) to 546 K (which is 273°C), the volume of the gas would double, as long as the pressure doesn’t change.
In simple terms, warmer gas takes up more space!
Charles's Law says that if you keep the pressure the same, the volume of a gas will change depending on the temperature.
When the temperature goes up, the volume increases, and when the temperature goes down, the volume decreases. Here’s a simple way to write this:
Volume is linked to Temperature.
Let’s look at an example:
If the temperature rises from 273 K (which is 0°C) to 546 K (which is 273°C), the volume of the gas would double, as long as the pressure doesn’t change.
In simple terms, warmer gas takes up more space!