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Question: 1. The cables in Figure P6.7 have been dimensioned so that a 3-kip tension force develops in each vertical strand when the main cables are tensioned. What value of jacking force T must be applied at supports B and C to tension the system?
2. Compute the support reactions and the maximum tension in the cable in Figure P6.8.
I need to be able to derive the velocity profile from the navier-stocks equations. Basically from scratch. Problem 4.36 in the fluid mechanics seventh edition Frank M. White In need to get derived down to the Differential form and find the constant o..
A cylindrical bar of aluminum 19 mm (0.75 in) in diameter is to be deformed elastically by application of a force along the bar axis. Using E=10 psi (Modulus of Elasticity), determine the force that will produce an elastic reduction of 1e-4 in. in..
a mixture of vapor and liquid water with mass of m.1kg is contained in a rigid glass vessel with an initial temperature
Four sound sources of 63, 78, 89, and 92 dB are to be added together. Calculate the total sound intensity in two different ways showing that the same result is obtained.
Find the acceleration of the yo-yo. What upwards acceleration must the support have so that the centre of the yo-yo can remain at rest?
1. compare liquids and gases with regard to theirbull shapebull volume occupiedbull densitybull viscositybull
Water flows in the symmetrical, unfinished concrete trapezoidal channel shown in Fig. P10.77 at a rate of 120 ft3 /s. The slope is 4.2 ft/2000 ft. Determine the number of cubic yards of concrete needed to line each 1000 ft of the channel.
a piston-cylinder device contains 0542 kg of refridgerant -134a at -10 degrees c. the piston is free to move has a mass
a spring ab of constant k is attached to a support a and to a collar of mass m. the undeformed length of the spring is
if a batch formula for 2130 kg of window glass consists of 500 kg of caco3 1150 kg sio2and an unknown amount of na2co3.
Calculate the cycle efficiency and mean effective pressure of an air standard diesel cycle with a compression ratio of 15/1 and maximum and minimum cycle temperatures of 1650'C and 15°C respectively. The maximum cycle pressure is 45 bar.
Alternatively, the motor torque can be increased by introducing multiple stacks (i.e., a longer motor) for a given diameter, coil density, and current rating. Giving reasons, indicate which design is generally preferred.
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