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A 1986 kg Oldsmobile traveling west on Saginaw Street at 16.0 m/s is unable to stop on the ice covered intersection for a red light at Abbott Road. The car collides by a 4144 kg truck hauling animal feed south on Abbott at 10.6 m/s. The two vehicles remain locked together after the impact. Compute the velocity of the wreckage immediately after the impact.
I hold a flat mirror 24.6 cm in front of my face. There is a freckle on my face 1 mm in diameter. Find the angular size of the freckle on the image of my face as viewed by my eye
A horizontal pipe carries oil whose coefficient of viscosity is0.00012 N·s/m2. The diameter of the pipeis 3.7 cm and its lengthis 53 m. What is the volume flow rate in this case
Pilot wants to fly an airplane due north, but there's a 65km/h wind blowing towrd teh east. (a) In what direction should the pilot head the plane if its speed relative to the air is 340km/h?(b) draw a vector diagram to illustrate it.
An electric field of approximately + 100 V/m is often observed near the surface of the Earth. If this were the field over the entire surface of the Earth, What would be the magnitude and sign of the charge on the Earth? What would be the total electr..
A body starts from rest, moves in a straight line with constant acceleration, and covers a distance of 19.6 meters in 4 sec: what was the velocity in half the total time
when the dried-up seed pod of a scotch broom plant bursts open it shoots out a seed with an initial velocity of 2.68ms
a certain defibrillator sends 0.12 c of charge through the heart. the capacitor responsible for holding this charge
Two light pulses are emitted simultaneously from a source. Determine the difference in the pulses' times of arrival at the detector
1. explain in detail how you found the object and image distances from the position data you recorded.2. draw careful
a water tower 30 m tall is located at the top of a hill. from a distance of d 125 m down the hill it is observed that
A piece of ice of mass 0.0240 kg at an initial temperature of-11.0o C is placed in a well-insulated cup containing0.100 kg of water at 35.0o C. Calculate the equilibrium temperature of this system in degrees Celsius.
the frequncy doubled output of a laser has a wavelength of 532nm. if each pulse of light has a total energy of 0.550j
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