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A sliding collar of m=80Kg falls on to a flange at the bottom of a vertical rod. Calculate the height h through which the mass m should drop to produce a maximum stress in the rod of 350 Mpa. the rod has length L=2m, cross-sectional area A=250mm2, and modulus of elasticity E=105Gpa
a spring loaded device imparts an initial vertical velocity of 50 ms to a 0.15 kg ball. the drag force on the ball is
a charge of -8.1 microc is traveling at a speed of 8.7 106 ms in a region of space where there is a magnetic field. the
the area of a rectangle with a perimeter of 200 cm is modeled by a function a 100l - l2 where l is the length of the
a compressor is used to compress air from 1 bar and 290 k to 10 bar. the compression can be assumed to be adiabatic and
there is truss that is an upsidown triangle with two twenty degree angles and is hooked up to four members with pin
a highway curve with a radius of 1200 ft is designed in such a way that the maximum safe speed for a car on this curve
air at 1 atm and 300 k with a flow rate of 0.2 kgs enters a rectangular 10-by-20-cm duct that is 250 cm long. if the
water at 300k flows at 0.2 ms over a 3 cm-diameter cylinder maintained at 400k. determine 1 drag coeffiencient and 2
consider 2 kg of water vapor contained within a piston-cylinder. the steam undergoes a isobaric expansion from state 1
a rigid tank has 0.1 kg saturated vapor r-410a at 0 celsius that is cooled to -20 celius by a -20 celcius heat sink.
argon gs enters an adiabatic compressor under steady flow condition at 120 kpa and 30c with a velocity of 20 ms and
air at -55 f 4 psia and m2.5 enters a constant area isentropic process and leaves the isentropic process at m0.2
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