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Using Program 13.m, solve Problem 9.13.
Problem 9.13
The data obtained in a two-plane balancing procedure are given in the table below. Determine the magnitude and angular position of the balancing weights, assuming that all angles are measured from an arbitrary phase mark and all weights are added at the same radius.
Calculate the magnitude of the normal and shearing stresses in a plane oriented at
the cylinder with a friction-less piston of 2-kg mass and a radius of 5 cm initially at 1 liter in volume and is filled
Your classroom is held at an air temperature of 20 degrees Celsius. When the outside temperature is 30 degrees Celsius in the summer, you only need to wear a t-shirt. While, when the outside temperature is -10 degrees Celsius in the winter, you need ..
calculate the mass of the sun noting that the period of the earths orbit around the sun is 3.156 107 s and its distance
determine the force in each member of the space truss and state if the members are in tension or compression. the truss
an elevator weighs 1000lb and carries a load of 600 lbs and decends at 20fts. the cable that supports the elevator has
Calculate the volume of water that is available for power generation at the extremes of spring and nap tides? If during the time the turbines are running, the level of the water in the bay is 2m higher that that in the sea, what is the potential ene..
Determine the moment of inertia IBB of a trapezoid having bases a and b and altitude h with respect to its base (see Case 8, Appendix D).
a medical technician uses a pair of four inch long tweezers to remove a wood sliver from a patient. the technician is
a 3 kg piece of steel is removed from an oven at 700c and placed a water bath.the final temperature of the water is 80c
over a period of time a car engine burns 0.01kg of fuel equivalent to supply of qh from a high temperature reservoir at
A 1 m long flat plate is heated with an electrical heater which supplies a uniform heat flux. Air at 25°C is flowing over the surface with a velocity 50 m/s. Plate surface temperature at x = 0.1 m is measured as: Tr = 71°C. Calculate the heat flux..
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