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A stiletto heel has a semi-circular cross-section with radius of 0.25 in. Due to walking over irregular surfaces and shifts in body weight, moments of up to 30 lb.-in. can act where the heel attaches to the shoe. Determine the maximum tensile or compressive stress in the heel. Explain all assumptions made.
the 3 kg ball is thrown so that it travels horizontally at 10ms when it strikes the 6 lb block as it is traveling down
ten kilograms of ice at 260 k is dumped into 20 kg of liquid water initially at 300 k in an insulated container. the
Knowing that the modulus of elasticity of brass is 105 GPa, determine the magnitude of the load P for which the deflection of the plug is 1,25 mm downward.
a first-order system is subjected to a harmonic input of 3hz. the system has a time constant of 0.5s. calculate the
a sphere of naphthalene having a radius of 2mm is suspended in a large volume of shell air at 318 k and 1 atm. the
Calculate the 2x4 Block's Weight, mass, density and Specific Weight. Express values in both metric and US units. Compute the force needed to completely submerge the object.
air flows over a flat plate at a constant velocity of 20 ms and ambient conditions of 20 kpa and 20degc. the plate is
Refrigerant 134a leaves the evaporator as saturated vapor at 1.4bar and is heated at constant pressure to 20 degrees C before entering the compressor.
Considering the flow of a uniform stream of speed V in the x-direction, a source of strength Q at (-1,0) and sink of strength Q at (1,0). Find the velocity potential and the stagnation points
draw a free body diagram for each of the two situations. use the "radial" Newton's law to find the tension in the string at each of these situations.
Please provide a general description of non-programmable thermostats, including an explanation of how they work and the best usage for them.
a particle is moving along a straight line from an origin o and has acceleration a of ks ms2 where k is a constant s is
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