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Saw V was created on 2008-10-23.
The Production Budget for Saw V was $10,800,000.
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The generalized coordinate for the pendulum is the angle of the arm off vertical, theta. Theta is 0 when the pendulum arm is down and pi when the arm is up. M = mass of pendulum L = length of pendulum arm g = acceleration of gravity \theta = angle of pendulum arm off vertical \dot{\theta} = time derivative of \theta What are the kinetic and potential energies? Kinetic energy: T = (1/2)*M*(L*\dot{\theta})^2 Potential energy: V' = MLg(1-cos(\theta)) V = -MLg*cos(\theta) --note: we can shift the potential by any constant, so lets choose to drop the MLg The Lagrangian is L=T-V: L = (1/2)ML^2\dot{\theta}^2 + MLg*cos(\theta)
Saw V grossed $118,209,778 worldwide.
Saw V grossed $56,746,769 in the domestic market.
The Ultimate Clip Collection Alice Cooper - 2003 V is rated/received certificates of: UK:E
When V(gs) is less than V(t). The minimum external energy which is provided to V(gs) in order to cross v(t) is know as clip voltage.
The period of a pendulum for an observer in motion will be dilated due to time dilation effects at relativistic speeds. The formula for time dilation is T' = T / γ, where T' is the dilated period, T is the proper period, and γ is the Lorentz factor equal to (1 - v^2/c^2)^0.5 with v as the observer's speed and c as the speed of light. Substituting v = 0.95c into the formula and solving will give the dilated period of the pendulum for the observer moving at 0.95c.
SAW SAW II SAW III SAW IV SAW V SAW VI SAW: The Final Chapter
SAW SAW II SAW III SAW IV SAW V SAW VI SAW: The Final Chapter