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A transmission case measures
If the transmission efficiency is
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Chapter 1 Solutions
Introduction to Heat Transfer
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- While using the Heisler charts for a cylinder at time t = 10 sec and at a radial location of r/ro=0.6 =0.8 and Q/Qo= 0.7 where 0=T-T 0.=T.-T and 0 =T -T o o and Qo = PCPV(T¡-T∞) =0.4; 00 00 If the parameters associated with the cylinder are p=2700 kg/m and C =900 J/kg.C and volume of 1 m long cylinder = 0.1 m3 Calculate the maximum possible heat transfer from the cylinder to the environment per unit length of the cylinder if = 20°C; and T = 55 C T 00 Write only the numerical value after converting the unit in J/m.arrow_forwardGiven: A 10-kg block is subjected to a force F=500 N. A spring of stiffness k=500 N/m is mounted against the block. When s = 0, the Mwww block is at rest and the spring 500 N W/N 00S = y is uncompressed. The contact surface is smooth. 1) What is the equation for the force F(x)? 2) What is the maximum distance, smax? 3) What is the equation for the acceleration a(s)? F=500 (N) | W = 10*g (N) F=500*s (N) Fnarrow_forwardA wind energy generator generates 1050 w at rated speed of 26 mph at the atmospheric pressure and temperature at 20 deg C. calculate the change of output if wind generator is operates altitude of 1800 m temperature 10 deg C, wind speed 24 mph , atmospheric pressure 0.88 atm. Area= power generated for 1800 m=arrow_forward
- Question 10 is attached.arrow_forwardThe power output of an adiabatic steam turbine is 4 MW, and the inlet and outlet conditions of the steam are given below. Perform the following calculations: a) Calculate Ah, Ake, Ape (in kJ/kg) and the mass flow rate of the steam in kg/s. Inlet parameters Outlet parameters P1 = 2 MPa P2 = 10 kPa T1 = 400 °C V1 = 52 m/s 21 = 8 m X2 = 80% V2 = 182 m/s 22 = 4 m g = 9.81 m/s2 P V Steam turbine Wout i lisarrow_forwardParvinbhaiarrow_forward
- A 20 kg weight is attached to a spring with constant k = 320 kg/m and subjected to an external force F(t) = 1200 cos(2t). The weight begins at rest in its equilibrium position. Find its displacement for t> 0, with y(t) measured positive upwards. y(t) =arrow_forwardConsider a train consisting of an engine of mass 55 tonne pulling 10 trucks, each of mass 13 tonne, travelling up an incline of 1 in 100 (sine). The rolling resistance to motion is 40 N/tonne, and the train's speed is increased from 20 km/h to 37 km/h over a distance of 600 m. Calculate: the total mass of the train: kg. the change in height of the train: metres. the change in potential energy of the train: MJ. the starting velocity of the train: m/s. the final velocity of the train: m/s. the change in kinetic energy of the train: MJ. the work done against the rolling resistance: MJ. the total work done by the engine: MJ.arrow_forwardPlease help me with this fluid mechanics question! Thank you!! :) A 1967 Harley-Davidson Shovelhead motorcycle uses a ventruri-carburetor to mix air and fuel for combustion. The venturi reduces the pressure to draw fuel from a reservoir chamber and to mix with the airstream as shown in the figure. The energy loss of the metering line is given by hL= (K*V^2)/2where K = 6.0 and V is the fuel velocity in the metering line. Assume that the air is an ideal fluid (68°F). Calculate the mass flux of air and the mass flux of fuel. Hint: Assume the air intake velocity is negligible.arrow_forward
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