Find $x (t)$ and $y (t)$ . (b) Show that for small $w = k / m$ , the trajectory reduces to normal projectile motion. And show that for large w, the trajectory reduces to simple harmonie motion. (c) What value should $w$ take so that the projectile hits the ground when it is ingving straight downward? (Morin 4.22)

If the damping constant of a free oseillator is given by $y = 2$ wo the system is said to be critically damped.

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Find

x (t)

and

y (t)

. (b) Show that for small

w = k / m

, the trajectory reduces to normal projectile motion. And show that for large w, the trajectory reduces to simple harmonie motion. (c) What value should

w

take so that the projectile hits the ground when it is ingving straight downward? (Morin 4.22)

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Question Text	Find $x (t)$ and $y (t)$ . (b) Show that for small $w = k / m$ , the trajectory reduces to normal projectile motion. And show that for large w, the trajectory reduces to simple harmonie motion. (c) What value should $w$ take so that the projectile hits the ground when it is ingving straight downward? (Morin 4.22)
Topic	Electrostats
Subject	Physics
Class	Class 12

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