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To form an unsymmetrical girder, two L76 × 76 × 6.4-mm angles and two L152 × 102×12.7-mm angles are welded to a 16-mm steel plate as shown. Determine the moments of inertia of the combined section with respect to its centroidal x and y axes.
Why does a car engine stop when we turn the key even when the vehicle is running? The engine should run on alternator in case of a petrol engine and on it's own in case of a diesel engine. Then how does it stop exactly?
a nuclear power plant produces 1.2 gw of electric power at a system efficiency of 20. the plant rejects heat into a
the percentage of the energy available at turbine inlet that is lost as kinetic energy at turbine exit.
An angled jet of water comes out from the ground at 3 m/s at a 45o angle from the horizontal. How high does the water reach? How fast is it going when it reaches back down to the ground? State your assumptions clearly and draw a sketch of how you ima..
An induction stove heats a pot with a coil carrying an alternating current located beneath the pot (and without a hot surface).Can the stove surface be a conductor?
Consider an economy with I consumers and L goods, where, for all i, the endowment vector of consumer i is ei , and the utility function of each consumer i is of the form Iui(xi , ) xn), i=1 where xi is the consumption vector of the ith consumer. Assu..
A centrifugal pump is discharged .118 m3/sec at a speed of 1450 rpm against a head of 25 m. The impeller diameter is 25 cm, its width at outlet is 5 cms and the manometric efficiency is 0.75. Determine the Vane angle at the outer periphery of the..
steam enters a well-insulated turbine at 10bar 300oc and 50ms and exits at 1bar and 100ms. calculate the steady-state
a spherical hot-air balloon is initially filled with air at 120 kpa and 35oc with an initial diameter of 3 m. air
Find the damping constant b - It needs damping ratio ''zeta'' or damped angular frequency or decaying time ''t''.
a if the pressure in the tank is 1.5 bar and atmospheric pressure is 1 bar determine l in m for water with density of
Two charged particles are initially separated by a distance d and the magnitude of the electric force on one is F1. If the distance is doubled, and the magnitude of the force on one of the particles is now F2, what is the ratio of F2/F1?
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