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A light inelastic string of length 1.5m, fixed at one end, carries a particle P of mass 4 kg at the other end. If the tension in the string is not to exceed 80N, what is the maximum angular speed at which the particle can travel in a horizontal circle? (Conical pendulum). Appreciate if you could help solve the problem with detailed explanation and a detailed diagram.
a cold-air standard diesel cycle has a compression ratio of 16 and begins compressing air isentropically from an
2. What is the design objective? -to minimize the required power input to the compressors 3. What parameters does the design engineer control?
on a hot summer day a student turns his fan on when he leaves his room in the morning. when he returns in the evening
air is compressed in a piston-cylinder assembly from an initial pressure and temperature of 16 psi and 530 or to a
determine the compressor work input requireed to compress steam isentropically from 100 kpa to 1 mpa assuming that the
Determine the angle theta degrees that requires the minimum torque T to keep the seam closed. (Hint: use Mohr's circle). Give the answer in degrees.
consider a vertical plate of dimension 0.25 m x 0.50 m that is at ts100 c in a quiescent environment at t infinity 20
a particle moves along the curve yx2 - 4m with a constant speed of 5 ms. determine the point on the curve where the
assuming that r-134a is an ideal gas what would the specific volume of r-134a at 40 deg c and 0.06 mpaabsolute? how
according to a recent article hot-air volumes must be large because air heated to 150 degrees fahrenheit over ambient
You are asked to measure the rate at which waste gases are being discharged from a stack. The gases entering contain 2.1 % carbon dioxide. Pure carbon dioxide is introduced into the bottom.
write anbspliterature review and the title is the effect of fluid cooling on the performance of building integrated
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