shafiqdms1
New member
1. When the volume of a sample of gas is divided by the temperature of the gas, the result is 1.33 mL/K. The temperature of the gas is changed to a new value, which happens to be 411 K while the pressure is kept constant. What volume does the sample of gas occupy at 411 K? (show all work)
10. When the pressure exerted by a sample of gas is multiplied by the volume occupied by the sample, the result of this multiplication is 1.60 x 10^5 mmHg•mL. The pressure exerted by the sample changes to a new value, which happens to be 750 mmHg. What volume will the sample occupy at this pressure, assuming that temperature remains constant? (show all work)
10. When the pressure exerted by a sample of gas is multiplied by the volume occupied by the sample, the result of this multiplication is 1.60 x 10^5 mmHg•mL. The pressure exerted by the sample changes to a new value, which happens to be 750 mmHg. What volume will the sample occupy at this pressure, assuming that temperature remains constant? (show all work)