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A particle P of mass m moves under the attractive inverse square field F = -(mγ /r2)r^. Initially P is at a point C, a distance c from O, when it is projected with speed (γ /c)½ in a direction making an acute angle α with the line OC.
Find the apsidal distances in the resulting orbit. Given that the orbit is an ellipse with O at a focus, find the semi-major and semi-minor axes of this ellipse.
How many fins are required to remove 5.0 hp = 3.68 kW of waste heat? Also calculate the efficiency of the fins. Number of fins = __________? Efficiency = _________?
A brass rod 1.5 cm in diameter is deformed in tension reducing its diameter to 1.128 cm. The data for brass in Fig. 7.19 will be helpful in solving this problem. If the deformation process was performed in one step, what was the yield stress of your ..
Explain why change is inevitable in complex system and give examples of software process activities that help predict changes and the software being developed more resilient to change.
A 90N force is applied to control rod AB as shown. Knowing the length of the rod is 225mm, determine the moment of the force about point B by resolving the force into components along AB and in direction perpendicular to AB?
1. What percent reduction of the elastic modulus of alumina would be caused by 1% porosity?
a string is stretched between rigid supports a distance l apart. it is driven by a force fcoswt located at its
1. What is the fugacity coefficient for pure, superheated steam at 300oC and 1.2 MPa? 2. Benzene has a boiling point equal to 80.1oC at atmospheric pressure (1.013 bar). The molar volume of benzene is 9.004 * 10 -5 m3/gmol. What is the fugacity of ..
liquid water flows isothermally at 75of through a one-inlet one-outlet duct operating at steady state. the ducts inlet
determine the tension in each portion of the rope
Determine the failure envelope and the non-failure region in the sigma_y - tau_xy plane using Tsai-Hill theory for the following cases
the resistance to motion of a good bicycle on smooth pavement is nearly all due to aerodynamic drag. assume that the
a 6-cylinder 3.8 l spark ignition engine operating on the ideal otto cycle takes in air at 104 kpa and 20 degrees
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