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If a particle moving along a curved track (like a roller coaster) flies off the track, it continues in the direction of the tangent vector at the point where it left the track, at least if there are no external forces such as gravity or friction acting on it. Suppose a particle rolling down (towards the xy-plane) the helix shaped track given by -?r (t) = h2 cost, 2 sin t, ti flies off the track when t = p 4 . Determine the point where the particle will hit the xy-plane.
specifications for steel plate to be used in the construction of a certain bridge call for the minimum yield to be
Suggest how you would go about validating a password protection system for an application that you have developed. Explain the function of any tools that you think may be useful.
part 1 - energy in the home personal energy use and home energy efficiency.estimate your personal annual energy usage
steam at 300 degc travels through a pipe covered with two layers of insulation. the first layer of insulation is 3 cm
Determine the velocity of the airplane required for pilot to experience weightlessness at the top of the circular path.
the hot water needs of a household are met by a 60 l electric water heater whose heaters are rated at 1.6 kw. the hot
Calculate the change in velocity required in changing the position of a satellite in an orbit by 90 degrees. The initial and final orbit is circular around the Earth with a 15000 km radius. Calculate the delta velocity, semi-major axis and period for..
a 14 mm diameter 50 mm long mild steel rod undergoes a stress test. a tensile force of 18800 n is applied and the rod
a composite rod consists of two different materials a and b each of length 0.5 l. the thermal conductivity of material
The stiffness of each spring is 30kNim and the initial resisting force in each spring before impact is 4.5kN. Using an energy method calculate the maximum compression of the springs.
A vertical piston-cylinder device contains a gas at a pressure of 100kPa. The piston has a mass of 5 kg and a diameter of 12 cm. Pressure of the gas is to be increased by placing some weights on the piston. Determine the local atmospheric pressure an..
Determine displacement (in) of a 1.08 in diameter steel bar, which is 834 ft long under a force of 33,222 lb if elasticity modulus is 30 x 106 psi. Make sure you do not round up your answer to less than 4 significant (non-zero) figures.
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