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Use Hamilton's principle to derives the equation of motion and the boundary conditions for the flexible beam BC in Problem 12.4
Problem 12.4
A uniform, thin, rigid bar AB having mass M and length b is attached to a uniform flexible beam BC. Assume a small transverse displacement v(x, t). Using appropriate diagrams (free-body and kinematics), determine the boundary conditions for the beam at B and C, that is, at x = 0 and at x = L.
For the following pair of polymers, state whether or not it is possible to determine whether one polymer is more likely to crystallize than the other. Linear and syndiotactic polypropylene-Cross linked cis-isoprene
a heat pump has a coefficient of performance of 2 using a power input of 2 kw. its low temperature is to and the high
A 302 in displacement, V8, four-stroke cycle SI engine mounted on a hydraulic dynamometer has an output of 72hp and 4050 RPM. Water absorbs the energy output of the engine as it flows through the dynamometer at a rate of 30 gallons per minute. The dy..
design a combinational circcuit with three inputs x y and z and three outputs a b and c. when the binary input is 0 1 2
three coupled street cars are moving at a speed of 32 kmhr down a 7 degree incline. each car has a weight of 198 kn.
For the data in Problem 4.7, investigate the effect of the base radius on the pressure angle. Choose two to three values of the base radius.
What would be the expected diameter of the outlet - Using the Darcy-Weisbach formula for headloss in a pipeline show how the fittings in a pipe-work can be expressed as an equivalent pipe length?
Determine the scalar component of the moment at point 0 about line OB and the reaction at 0 - average normal and shear stresses on plane BB.
When on the ground, the car is placed on four individual scales - one under each tire. The four scale readings are 4000 N at A, 3070 N at B, 3100 N at C, and 4660 N at D. Determine the x- and y- coordinates of the mass center G and the mass of the ca..
consider x norm57 y norm57 and z norm19 and assume xy and z are independent.1 find and sketch the probability
What is the capacity and level of service profile of the facility under the existing condition?
A Turbine develops 40,000KW power by running at a speed of 150 rpm at a head of 25 m. The discharge required is 150m^3/s. If the head of the turbine is reduced to 20 m. Predict the performance of turbine?
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