Question

Tim is correct. First, he can solve PV = nRT for the constants:- Writing this equation for the initial and final conditions setting the two equations equal, because the term P/nR is the same in both cases, the the same in both cases, he gets tj 5 solving for Vp he gets very olving for Vp he get Part 8 of 8 - Analyze Tim and Arabella decide to try a homework problem. and a pressure of 107 Pa. Assuming an Suppose that a cylinder starts out at a volume of 1.16 x 10 m isothermal process, find the pressures for the following volumes. P16.2 x 10-4 m3 = P31.1 X 104 m3 = pa Suppose that a cylinder starts out with a volume of 1.16 x 10-3 mº at a temperature of 311 K. Assuming an isobaric process, calculate the new volume when the temperature is changed to each of the following values. V25K = V429K x 10-4 m2 x 10-4 m2 Submit Skip (you cannot come back) Need Help? Read Submit Answer Practice Another Version Viewing Saved Work Revert to Last Response

Answer 1

a Ta Const. e PV = Coust 1.16x10 x 107 Pa = 16.2x10 x P. P, -7.66 Pa Ang 1.16810m3 X 107 la = 3 10 X 104 x la I l = 4 la Aus

iso basic, Pa Const. 1.16X163 m? V 311 k 25k V = 9.32x10 m Aus 1. 168103 h - 429k - 1.6x103 m Aus