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1. What variable could not influence the velocity if it is proposed that the velocity depends on a diameter, a length, gravity, rotational speed, and viscosity? 2. An object falls freely in a viscous fluid. Relate the terminal velocity V to its width w, its length l, gravity g, and the fluid density r and viscosity m. Relate the terminal velocity to the other variables. Select
(a) w, g, and r as the repeating variables and
(b) l, g, and r as the repeating variables.
Show that the relationship for (a) is equivalent to that of (b).
a ski tow operates on a slope of angle 14.9 of length 300 . the rope moves at a speed of 12.1 and provides power for 48
A 15g bullut is stopped in a block of wood ( mw=5.8 kg). What was the origional speed of the bullet
Assume that light of a single color, rather than white light, passes through two slits 0.50 mm apart, determine the light's wavelength
Two polarizers are oriented at 48° to each other and polarized light incident on them. what was the initial polarization direction of the incident light
a child loses his balloon which rises slowly into the sky. if the balloon is 14 cm in diameter when the child loses it
A 0.381 H inductor is connected to a capacitor and a 45.5 resistor along with a 69.3 Hertz, 28.3 V generator. Calculate the voltage drop across the resistor at resonance
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question 1part 1a knight of round table fires off a vat of burning pitch from his catapult at 15.2 ms at 34 above
A single force acts on a 2.8 kg particle-like object in such a way that the position of the object as a function of time is given by x = 4.2t - 5.0t2 + 1.1t3, Find the work done on the object by the force
An electron traveling with a velocity of 6.0 *105 m/s along the direction enters a uniform magnetic field of 0.60 T pointing in the direction. Calculate the magnitude of the force on the electron
Suppose a bat chirp has a frequency of 29 kHz. How fast would the bat have to fly, and in what direction, for you to just barely be able to hear the chirp at 19 kHz
Calculate how long it will take a ball to hit the ground if dropped from a height of 44 m,
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