A canister of sevoflurane, an inhaled anesthetic, is warmed to room temperature over the course of 30 minutes. As the gas warms, it pushes on a movable piston with a force of 623 mN, increasing the volume of the gas by 16 cm^3. How much work was done by the gas? A. 0.03 CJ B. 0.27 CJ C. 2.7 CJ D. 270 CJ

Determine the work done by a kilogram of the fluid system as it expands slowly in a piston-cylinder arrangement from an initial pressure and volume of 550 kPa and 0.028 m3 respectively to a final volume of 0.113 m3in accordance with the following defining relations: a.) p = C; b.) pV = C; c.) pV1.4 = C; d.) p = -730V + 690 kpa where V is in m3

74. A 65-kg swimmer pushes on the pool wall and accelerates at 6 m/s. The friction experienced by the swimmer is 100N. What is the magnitude of the force that the swimmer applies on the wall?" - 490 N 490 N O 290 N O : 290 N

A Ford Explorer can refuel with 10 gallons of gasoline in 2 minutes. Given gasoline has an energy content of 13,000 Wh/kg, express this flow of gasoline in terms of energy flow in watts = joules/sec

The wind velocity on the upstream side of a wind turbine is 4 m/s. If the turbine extracts 26% of the available kinetic energy, what is the wind velocity on the downstream side of the turbine in m/s? Please include one decimal place in your answer.

b) Steam generators are a type of heat exchanges that are used in power plants to generate steam at desired pressure and temperature (Fig. Q1.b). In a steam generator, saturated liquid water at 30°C enters a 60-mm diameter tube at the volume flow rate of 12 L/s. After exchanging heat with hot gas, the water changes to steam and leaves the generator at a pressure of 9 MPa and a temperature of 400°C. During this process, the diameter of the water/steam tube does not change. Steam out Gas out Hot gas in Liquid water in Fig 2. Schematic of the steam generator in Q1.b. (i) Calculate the steam mass flow rate (ii) What is the inlet velocity of the steam? (iii) What is the exit velocity of the steam? (iv) Calculate the rate of heat transfer (in MW) required to change the phase of liquid water to steam.