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A bicycle chain consists of N freely jointed links forming a closed loop. The chain can slide freely on a smooth horizontal table. How many degrees of freedom has the chain?
How many conserved quantities are there in the motion? What is the maximum number of links the chain can have for its motion to be determined by conservation principles alone?
find the transfer function for the following impulse responsefind the transfer function for the following impulse
The movement of a particular piston of mass 0.25kg may be modelled with SMH. The acceleration is 12m/s when 8cm from the mid position. Find the period of the motion. If the amplitude is 11cm, find the velocity and kinetic energy
explain what the equation of motion will become if you have three particles - the first two are sticky and the third
a diesel engine has a state before compression of 95 kpa 290 k a peak pressure of 6000 kpa and a maximum temperature of
Find the relationship between the volume and the temperature of an ideal van der Waals fluid in a quasi-static adiabatic expansion (i.e., in an isentropic expansion, with dQ = T dS = 0, or S = constant).
Conduct a velocity and acceleration analysis of the window mechanism to define the velocity and acceleration of the window mechanism along the motion path. Design all components and calculate all components' masses.
1 what cooling air flow rate would be required to maintain a space at 72 degrees f if it had a sensible cooling load of
water is to be pumped from a dam to a storage tank 20 m above at a rate of 70 ls. the electric power needed to achieve
a commercial project requires that installation of 1856 sq. ft. of acoustical ceiling. using the productivity rate of
A cylinder with a 0.3 m inner diameter and 0.4 m outer diameter is internally pressurized to 140 MPa. Determine the maximum shear stress at the outer surface of the cylinder.
Determine the defect frequencies in hertz* corresponding to roller, inner race, outer race, and cage defects for a roller bearing with 18 rollers when installed in a machine that runs at a speed of 1000 rpm. Assume
a gas refrigeration system uses helium as the working fluid operates with a pressure ratio of 3.5. the temperature of
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