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A person A is trying to keep his balance while on sled B that is sliding down an icy incline . Letting mA = 78 kg and mB = 25 kg be the masses of A and B, respectively, and assuming that there is enough friction between A and B for A not to slide with respect to B, determine the value of the normal reaction force between A and B as well as the magnitude of their acceleration if θ = 20 degrees. Friction between the seld and the incline is negligible.
Single degree of freedom vibration problems with forcing functions, Need help with this Undergraduate problem where two dampers are in series.
axial flow coolant pump for one lop pressurized nuclear reactor has 75 m head 6m3s flow rate 1440rpm 800 mm diameter
flywheelsthe aim of this demonstration is to become familiar with the derivation of material indexes in general and for
The total time it takes to fall is 37 seconds. Find the horizontal lead to hit the target.
the solid a-36 steel shaft has a diameter of 0.75 inches. if it is subjected to the torques shown determine the max
Draw the front view and right view and the down-view.
energy from a high-temperature reservoir at 750 k flows at a rate of 2.1 kw to a heat engine. if the engine rejects
a rankine heat engine with a net power output of 85000 hp has a thermal efficiency of 35. determine the rate of heat
the concrete beam is reinforced with three 20-mm diameter steel rods. assume that the concrete cannot support tensile
the free convection heat transfer coefficient on a thin hot vertical plate suspended in still air can be determined
water is the working fluid in an ideal rankine cylce. saturated vapors enters the turbine at 16mpa and the condensor
A piston-cylinder device contains 0.005 m3 of liquid water and 0.9 m3 of water vapor in equilibrium at 600 kPa. Heat is transferred at constant pressure until the temperature reaches 200°C.
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