Part A For a beam like the one given in the video problem, 2 moment equations, written as functions of x, define the internal moment along the beam’s length. When the method of integration is used to determine the equation(s) of the elastic deflection curve, boundary and or continuity conditions are required to solve for the constants of integration that result. For a beam like the one given in the video problem, 2 moment equations, written as functions of , define the internal moment along the beam’s length. When the method of integration is used to determine the equation(s) of the elastic deflection curve, boundary and or continuity conditions are required to solve for the constants of integration that result. 6 3 2 4

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Explanation:

The cutoff frequency depends on the wavelength of the part of the EM wave which is used in illuminating the metal.

True

False

acceleration = (change in speed) / (time for the change)

change in speed = (20-120)= -100 m/s.

1.5 min = 90 sec

acceleration = -100/90 = -1.11 m/s^2.

we don't care about the 150kg or the 2,500 meters. they don't make any difference.

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explanation: