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Vor 5 Tagen · The maximum velocity is given by ${v_m} = A\omega $ and the time period T is related to angular frequency by the relation $\omega = \dfrac{{2\pi }}{T}$. So, we shall express the maximum velocity in terms of time period using both the expressions. Further we will calculate the average velocity given as ${v_{avg}} = \dfrac{s}{t}$ . If we consider ...
Vor 5 Tagen · Hint: To solve this problem, first find the maximum particle velocity. To find the maximum particle velocity derive the given equation of transverse wave. Then find the wave velocity. Use the condition given as the maximum particle velocity is equal to the four times wave velocity. Substitute the equations obtained above. Rearrange the equation ...
Vor 5 Tagen · A car accelerates from rest at a constant rate $\\alpha$ for some time after which it decelerates at a constant rate $\\beta$ to come to rest. If the total time elapsed is t, the maximum velocity acquired by the car is given by$(a)\\text{ }\\left( \\...
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Vor 5 Tagen · Light shows maximum velocity in vacuum. So there is vacuum in the options, you can be sure that it is the medium through which light travels faster. Air also has a refractive index very close to one (n=1.003) but not less than vacuum. So the answer to the question is option (B)- vacuum.
Vor einem Tag · A stone is thrown upward. It returns to the ground after 3 seconds. 1. What is the maximum height reached by the stone? 2. What is the initial velocity of th...
- 33 Sek.
- Numerade Physics101mech
Vor 5 Tagen · Hint: In order to solve this problem,we are going to apply the concept of simple harmonic motion(SHM). It is a back and forth movement along with an equilibrium, or center position, so that the maximum displacement on one side of that position is equal to the maximum displacement on the other side position.
