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(Assume all other parameters remain constant.)
The volume increases
The volume decreases
The volume remains unchanged
We need more information to answer this question

2007-03-22 23:50:37 · 5 answers · asked by Heavy Metal 3 in Science & Mathematics Chemistry

5 answers

By Charles's Law, if the temperature of a gas increases, its volume increases provided other factors are constant

2007-03-22 23:55:56 · answer #1 · answered by Michael Foo 2 · 2 0

PV = RT is the equation that you should remember in these cases. R is the universal gas constant. Since we are told that all other parameters are constant and T and V only change, that means P remains constant. From the above equation, we can see that if Temperature increases, Volume has to increase.

In practical terms, the gas expands and if that is prevented, the pressure builds up.

2007-03-22 23:59:14 · answer #2 · answered by Swamy 7 · 0 0

use the gas equation

pV=nRT
where p=pressure
V=volume of gas
n=number of molecules
R=universal gas constant
T=temperature in Kelvin

so if everything else is constant, you can ignore the other values.....

V=T

so as the temp increases, the volume increases


or you can think about it in a logical fashion, as you heat up the gas, it gets more energy, so it moves around faster and further, and cos the molecules cant stay really close together, the volume has to increase

2007-03-22 23:59:20 · answer #3 · answered by im17yearsold_strait 1 · 0 0

T and V are directly proportional. So volume increases with increase of T.

2007-03-22 23:54:39 · answer #4 · answered by dickdamick 4 · 0 0

PHYSICAL SCIENCE 3.03 QUIZ: GAS LAWS

Increasing the pressure on a gas _ the volume the gas occupies. Answer: decreases

(PRESURE VOLUME OPPOSITES)

If the temperature of a gas increases, the volume of that gas _. Answer: increases

(CHARLES LAW)

When the air in a submarine's huge air tanks is decompressed, what does that submarine do? Answer: it sinks.

(Air being stored needs to be compressed)

Any questions, let me know. :)

2017-02-15 10:56:02 · answer #5 · answered by ? 1 · 1 0

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