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Problem: A projectile is launched with an initial velocity of 50 m/s at a launch angle of 30 degrees with respect to the horizontal.
Part A: What is the magnitude of the projectile's velocity at t = 4s?
I need help to determine the magnitude of the projectile's velocity at t = 4s.
find the x and y components of the shell.
how to calculate the reactions on a beam with i angular point load at 10kn at 60 degrees and a url of 7knm. beam span
At time t = 0 s, apple 1 is dropped from a bridge onto a roadway beneath the bridge; somewhat later, apple 2 is thrown down from the same height.
Assume a 2.1 T field is applied across a 10-gauge copper wire (2.588 millimeter in diameter) carrying a 17 Amp current. Find what would be the Hall voltage
A 65-kg woman cheats on her diet and eats a 612-Calorie (612 kcal) jelly doughnut for breakfast. If the human body is only 21% efficient in converting chemical energy to mechanical energy, how many stairs must the woman climb to work off her breakf..
You cool a 130.0g slug of red-hot iron (temperature 745 ?C) by dropping it into an insulated cup of negligible mass containing 70.0g of water at 20.0 ?C. What is the final mass of the iron and the remaining water
Illustrate what is the absolute pressure at a point that is 9.82 cm below the ethyl alcohol-mercury interface?
A 0.50 kilogram object moves in a horizontal circular track with a radius of 2.5 meter. Find the work done by the external force as the mass makes one revolution
The distance from the point on the surface of Earth to a point on a surface of the moon is measured by aiming a laser light beam at the reflector on the surface of moon and measuring the time required for the light to make a round trip.
Two conducting spheres are each 4.4cm in diameter and each carries 0.15 µC. They are 8.7m apart. Determine the field strength at the surface of each sphere
a hollow spherical shell of radius 5.36 cm has a charge of 1.91 mc placed at its center. calculate the electric flux
we know that the magnitudes of the negative charge on the electron and the positive charge on the proton are equal.
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