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A 1700 kg car starts from rest at position A and accelerates uniformly up the incline, reaching a speed of 100 km/h at position B. Determine the power required just before the car reaches position B and also the power required when the car is halfway between positions A and B. Calculate the net tractive force F required. answer should be at B: P = 193.4 kW, halfway: P= 136.7 kW, F= 6960N.
a velocity vector v is deirectred from point A (0,10,-8) toward point B (24,-18,0), WHERE THE COORDINATES are in feet. find the rectangular representation of v, given that its magnitude is 12 ft/s
consider a rigid tank with a partition such that there are two equal volumes which are known. on one side has water at
a partivcle along a plane cirve from point a to a point b. the path length between a and b is 60 in. the speed at a is
a heat engine in each cycle absorbs energy from a reservoir as heat and does an equivalent amount of work with no other
a 14-ft long ladder leans against a wall with the bottom of the ladder placed 4ft from the base of the wall. how high on the wall will the ladder reach.
A fireclay brick cube, 10 cm in length is removed from a furnace where it was maintained at a temperature of 500 degrees C. The brick cube is then placed in ambient temperature conditions.
In a tubular low pressure chemical vapor deposition (LPCVD) reactor, gas is introduced at one end at a rate of 75 torr-L/min. At the other end is a vacuum pump of a speed Sp. If the reactor must operate at 1 torr, what value of Sp is required?
a cylindrical bioreactor of diameter 3 m has four baffles. a marine impeller mounted in the reactor has a diameter 13
the load on a 2 inch diameter hydraulic cylinder increases from 10000lb to 15000lb. due to compressibility of oil the
steam having pressure 4.0 mpa and temperature of 880 k enters the turbine installed in a power plant at the rate 500
calculate the enthalpy change of the universe during the process. Cp=Cv = 4.18 kj/kgK
Diffusion Coeffiecient, Calculate Constant, The diffusion coeffiecient for Cr^+3 in Cr2O3 is 6x10^-15 cm2/s at 727 degrees Celcius and is 1x10^-9 cm2/s at 1400 degrees Celcius.
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