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Young's Modulus of elasticity is Shear stress / Shear strain O Tensile stress / Tensile strain O Shear stress / Tensile strain O Tensile stress
Young's Modulus of elasticity is Shear stress / Shear strain O Tensile stress / Tensile strain O Shear stress / Tensile strain O Tensile stress / Shear strain.A construction crane with a 5 cm diameter cable can endure a maximum stress of 138 MPa. What is the maximum load the cable can endure? 0 1,033,330 N 0 270,825 N A object on a spring is oscillating according to the equation of motion for damped oscillator: y = Ae at sin (w . t) If the damping coefficient is 0.20, the angular frequency is 2.0 s, what is the amplitude if the position of the object at time t = 1.0 sec is 1.6 m? O 2.9 m O 2.1 m 7.6 m O 10.5 m._ What is the relationship between a spring constant, the force applied to an object attached to the spring. and the amount the spring will stretch? Give a definition of stress and of strain. Also tell how Young's modulus relates to stress and strain.A spring with spring constant 2.5 N/cm has a force of 10 N applied to it (stretching it). How much does the spring stretch? 10.0 cm 2.5 cm 3.3 cm 4.0 cmWhat is the relationship between the potential and kinetic energy of an object oscillating while attached to a spring?The formula for the period of a pendulum is independent of its mass. What variable does it depend on, and how does changing this variable affect the period? How is the formula for Simple Harmonic Motion modified for when the motion is damped? What does increasing the damping coefficient do to the graph of the motion?What function describes the position (as a function of time] of an object in Simple Harmonic Motion, and why is an appropriate function to model the behavior
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