Question

Use: VP/T ​=′V′P′/T​ determine the asked quantity. (All pressures are absolute unless otherwise stated.) V=18.0 m³,P=112 kPa,V′=15.0 m³,P′=135 kPa,T′=235 K; find T.

Answer 1

To answer this question, you rearrange the ideal gas law formula to solve for T, and then substitute the given quantities to calculate the unknown temperature.

Step-by-step explanation:

This question is a direct application of the ideal gas law formula, which is VP/T = V'P'/T'. To find the unknown temperature T, you rearrange the equation and substitute the given quantities.

Step 1: Arrange the equation to solve for T, T = VP' * T' / V'P.

Step 2: Substitute the given values into the equation.

1. V = 18.0 m³
2. P = 112 kPa
3. V' = 15.0 m³
4. P' = 135 kPa
5. T' = 235 K

T = (18.0 m³ * 135 kPa * 235 K) / (15.0 m³ * 112 kPa).

By performing this operation, you will determine the value for the unknown temperature T.

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