cld.ptº... · a 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the...

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Page 1: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 2: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 3: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 4: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 5: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 6: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 7: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 8: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 9: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 10: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 11: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 12: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 13: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model
Page 14: cld.ptº... · A 2-ft3 tank, initially evacuated, develops a small hole, and air leaks in from the surroundings at a constant mass flow rate of 0.002 lb/s. Using the ideal gas model