- A Moving To Another Question Will Save This Response Question 1 Calculate The Stretch Of A Spring For A 52 5 Kg Mass Su 1 (23.63 KiB) Viewed 13 times
A Moving to another question will save this response. Question 2 = Select ALL answers that are TRUE for the transmissibility of a 1 degree-of-freedom (1DOF) vibration isolation system. A. The amplitude of the output vibration is equal to the input vibration (i.e. T= 1) when the frequency of excitation, w=V2w | B. Increased damping does not change the vibration isolation efficiency at high frequencies (r> 1). C. The amplitude of the output vibration is less than the input vibration at all frequencies above the resonant frequency. D. Increased damping reduces the frequency of the peak transmissibility amplitude. A Moving to another question will save this response.
Question 3 Consider these 3 statements: 1. Over time, the total energy of a conservative system may increase but cannot decrease. ii. When driven by a time-varying force f(t), the motion of a linear mass-spring-damper system will be sinusoidal, irrespective of the form off (t). iii. Typically, the addition of an undamped vibration absorber to a single degree of freedom system will largely eliminate one natural frequency but create two new ones. Which of the following are correct? Select one answer only. O A. Only (iii) O B. (ii) & (111) OC.() & (ii) O D. None of them.
A Moving to another question will save this response. Question 4 The equation of motion of the system shown below can be expressed in matrix form as: x M + C x + K x 3:40: X2 2 →x ܕܐ1 k; m2 m = Taking my = m2 = m, C1 = 3 = C, and kz - k3 = k, which of these statements is correct? = ОА. 10 -1 C=c K=k 0 1 1 2 ов. M=m Doc-: 01 = OC. 1 -1 C=c K=k -1 1 2 - 1 0 C=Cl 0 1 K=k - 1 2 2
A Moving to another question will save this response. Question 5 of 21 > Question 5 3 points Save answer The system shown in the figure has two wheels, each with moment of inertiall, and I around their respective fixed center points. The two wheels are linked with an elastic belt. Assuming no relative movement between the wheels and the belt. the elastic belt can be modelled as two Springs with stiffness Kshown in the figure. Which one is the right expression for the kinetic energy of the system? I,ܢ̈ܐ K w K origi+223 o bir dizzica 019+223 02.1987+1203