6) A cylinder is lled with 3.1} rnols of an ideal gas which rst begins a three step cycle L .I................ with an isochoric process starting at p 5.0 III-I-I-I-I-I-I-I- Point A, which is at 1 atmosphere and III-I-I-I-I-I-l-ll 15. x \"3'3 m3. The gas ends this isochoric . III-I-I-I-l-I-l-ll process at point B with a pressure of 6.1} atmospheres. The gas is then taken isothermally to point C. which is at a volume of 90. x ll'il'3 m3. Lastly, the gas is then taken isoharically hack to point A at LID atm. The gas occupies a sealed container with no leaks. Note Ll] atrn is 1.111 x 105 me2. [Is points} {a} 0n the grid to the right, plot and label the points A and B and sketch the corresponding isochoric process. [2 points} {b} On the same grid, plot and label the point C and sketch the corresponding isothermal procem. {2 points: {c} On the same grid, sketch the corresponding isoharic process from point C to pointA. {1 point} {d} Calculate the Kelvin temperature of the isothermal process. [I porno: {e} Calculate the amount of work done during the isothermal process. [3. points} ( Which type of isotherrnal process is process BC? {I point} Expansion |:| Compression E, {g} Calculate the net work done during the entire cycle ABC. [4 points} {h} Based on your answer to {g}, is work done on the gas or by the gas during one complete cycle? [I point: 1Work is done by the gas in one cycle |:| Work is done on the gas in one cycle |:|