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An ideal gas is placed in a tall cylindrical jar of cross-sectional area 0.080 m2. A
Chapter 15, Problem 65GP(choose chapter or problem)
Problem 65GP
An ideal gas is placed in a tall cylindrical jar of cross-sectional area 0.080 m2. A frictionless 0.10-kg movable piston is placed vertically into the jar such that the piston’s weight is supported by the gas pressure in the jar. When the gas is heated (at constant pressure) from 25°C to 55°C, the piston rises 1.0 cm. How much heat was required for this process? Assume atmospheric pressure outside.
Questions & Answers
QUESTION:
Problem 65GP
An ideal gas is placed in a tall cylindrical jar of cross-sectional area 0.080 m2. A frictionless 0.10-kg movable piston is placed vertically into the jar such that the piston’s weight is supported by the gas pressure in the jar. When the gas is heated (at constant pressure) from 25°C to 55°C, the piston rises 1.0 cm. How much heat was required for this process? Assume atmospheric pressure outside.
ANSWER:
Problem 65GP
An ideal gas is placed in a tall cylindrical jar of cross-sectional area 0.080 m2. A frictionless 0.10-kg movable piston is placed vertically into the jar such that the piston’s weight is supported by the gas pressure in the jar. When the gas is heated (at constant pressure) from 25°C to 55°C, the piston rises 1.0 cm. How much heat was required for this process? Assume atmospheric pressure outside.
Solution 65 GP
Step 1 of 3:
In this question, we need to find heat required in raise a piston which is placed in tall cylindrical jar
Data given
Area of cylindrical jar
Mass of piston
Initial temperature
Final temperature