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The following junctions are connected in series: copper-constantan at 20?C, constantan-iron at 100?C, iron-constantan at 60?C, constantan-chromel at 15?C, and chromel-alumel at 20?C. Calculate the voltage output of the series arrangement.
Consider a NACA 0009 airfoil that has a plain flap whose length is 0.2c and which is deflected 25. a. Calculate cl and cmc/4 When the geometric angle of attack is 4 degrees, what is the section lift coefficient? Where is the center of pressure?
a house is losing heat at a rate of 2700 kjh per celsius temperature difference between the indoor and the outdoor
Continuous flow helps achieve JIT manufacturing by moving parts through operations from step to step with no WIP in between pieces.
the water level in a tank is 20 m above the ground. a hose is connected to the bottom of the tank and the nozzle at the
for the following calculations take g 9.8ms2 and pwater1000kgm31. assuming there are both a pressure gage and a
If a person and a wheelchair have a mombined weight of 185 lb how much ideal effort force is required to travel up the ramp? Can you just explain to me what equation I need for this?
A colleague proposes the idea of using one of the following two shapes instead of the typical dog bone shape for tensile testing of your new material. is either option viable? Why or why not?
Consider steady-state conditions for which heat is uniformly generated at a volumetric rate q due to passage of an electric current. Using the energy balance method, derive finite-difference equations for nodes 1 and 13.
Determine the width w of the link BC needed so that the structure with load P = 20 kips has a factor of safety equal to 2.5. Link BC is ½ in thick and has a 85 ksi ultimate strength in tension.
The second element of the task is to design a rising rate linkage mechanism that will permit at least 120 mm of rear wheel travel. The above figure can be used as a basis for your design.
steam enters a turbine operating at steady state with a mass flow 10 kgmin a specific enthalpy 3100 kjkg and a velocity
consider an ideal gas refrigerator using air acting between 1 and 3 bar pressure. assume that the temperature at the
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