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On the basis of a given load of pulley Fg = 4000N, Determine the load of the bearing rope BA. The load should be the basis for the design of the supporting ropes, pulleys and ropes to mount joints A and B. Basically you need to evaluate the moments and need the reactions in the supports, these are somehow lattices. I need FA and FB and FC , and what is FBA?
1. gaseous helium is to be used to quench a hot piece of metal. the helium is in storage in an insulated tank with
The picture below represents the crests of water waves spreading out from a periodic disturbance in a pond. The phase difference (in degrees) between points A and E is
A car has its 0.45m long radio antenna oriented vertically upward and is traveling at highway speeds of 70 mph. Calculate the range of induced emf on the antenna
A bag of blood with a density of 1050 kg/m^3 is raised about 1.00m higher than the level of a patient's arm. How much greater is blood pressure at the patient's arm than it would be if the bag were at the same height as the arm.
A conducting rod of length 76 cm and 25.0 g in mass is suspended down a distance of 12cm by a pair of massless leads in a 0.500 T magnetic field. The total resistance of the circuit is 12?. What value for V is required to remove the tension in the..
Two aluminum wires have the same resistance. If one has twice the length of the other, what is the ratio of the diameter of the longer wire to the diameter of the shorter wire
A refrigerator moves energy from a cold reservoir (the inside of the refrigerator) to a hot reservoir (the kitchen), but some extra energy is required in the form of work done by some outside agent (typically a compressor motor).
Design a MOD-5 SYNCHRONOUS down counter, using J-K flip flops
A car travelling 92 {rm km/h} is 150 {rm m} behind a truck travelling 80 {rm km/h}. How long will it take the car to catch the truck.
question1in the cooper and shepard experiment 1973 participants were asked to choose whether a stimulus a letter was
The equation of motion for an oscillator in vertical SHM is given by y=(0.55m)sin[(160rad/s)t].
If we push an object at constant velocity, how much friction acts on the object compared to our pushing force: A) equal to the pushing force B) greater than the pushing force C) less than the pushing force D) none of the above
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