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Kaxa2000
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Does doubling the Celsius temp of a container also double the pressure?
I know it's true for Kelvin but I'm not sure about Celsius.
I know it's true for Kelvin but I'm not sure about Celsius.
Doubling the Celsius temperature will also double the pressure. This is because temperature and pressure are directly proportional to each other, meaning that as one increases, the other also increases.
The relationship between Celsius temperature and pressure is direct proportionality. This means that as the Celsius temperature increases, the pressure also increases at the same rate.
No, doubling the Celsius temperature is not the only factor that affects pressure. Other factors such as volume and number of particles also play a role in determining pressure.
The ideal gas law, PV = nRT, explains the relationship between Celsius temperature and pressure. According to this law, when temperature (T) is doubled, the volume (V) and number of particles (n) remain constant, resulting in a doubling of pressure (P).
Yes, the relationship between Celsius temperature and pressure can be applied to all gases under ideal conditions. In real-life situations, other factors may affect the relationship, but for ideal gases, the direct proportionality between temperature and pressure holds true.