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Reflect on what you have learned in this course Physics. How can these concepts be applied to real-world situations and Construction for life success?
Your journal entry must be at least 200 words. No references or citations are necessary.
It takes a force of 53 kN on the lead car of a 16 car passengertrain with a mass 9.1 x 10^5 to pull it a constant 45 m/s on leveltracks, What power must the locomotive provide to the lead car
A metal block measures 5.65 cm x 2.97 cm x .92 cm and has a mass of 127.7 g. When lowered into water with a vertical orentation (standing on end) Determine the difference in water pressure between the bottom and top of the block
A flat 1.0 m2 surface is vertical at x= 2.0 meter and parallel to the yz-plane. Evaluate the flux through the surface if it is placed in a uniform electric field given by E = 29.0i +42.0j +62.0k N/C
Two atomic particles approach each other in a head-on collision. Each particle has a mass of 1.77 x 10-25 kg. The speed of each particle is 1.94 x 108 m/s when measured by an observer standing in the laboratory.
what is the maximum deformation of the bumper. The coefficient of kinetic friction for a 25 bobsled on a track is 0.10. What force is required to push it down a 5 incline and achieve a speed of 64 at the end of 75.
A long, straight wire of length 1.5 m carries current I = 7.0 A. What is the magnitude of the force on the wire
a firefighter with a weight of 715 n slides down a vertical pole with an acceleration of 3.10 ms2 directed downward.a
A 3.5 kg object is accelerated from rest to a speed of 44.9 m/s in 73 s. What average force was exerted on the object through this period of acceleration?
Net average force using the concepts of Newton’s second law.
A 10. kg blocks rests on a table (on Earth) and 0.50 is the coefficient of static friction. what is the maximum horizontal pull that will not move the block
A bungee cord is stretched between two poles with a force of 390 N. What is the velocity of a wave on this bungee cord
A point charge Q = 8.30 x 10-6 C is at the center of a conducting spherical shell of radius R = 26.20 centimeter. Obtain the field in the region between point charge and shell
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