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Q1. A car at the Indianapolis-500 accelerates uniformly from the pit area, going from rest to 325 km/h in a semicircular arc with a radius of 192 m.
find out the tangential acceleration of the car when it is halfway through the turn, assume constant tangential acceleration.
Q2. Recognize and sketch all the external forces acting on the chair. Because the chair can be represented as a point particle of mass, draw the forces with their tails centered on the black dot in the middle of chair. Be certain to draw the forces so that they have the accurate orientation.
Find the lowest energy of the system (in electron volts) and list the quantum numbers of all occupied states. Find when the current in the solenoid increases to 5.0 A in a period of 0.90 s.
Discover the magnitude of acceleration
What are the total displacement and angle of displacement
Sketch the shear force and bending moment diagram and Verify that the support reactions are correct.
Calculate the volume charge density of the atmosphere
The coefficient of static friction
What is speed of the resulting ball of clay
How much time is necessary to catch the car
What is x and y coordinates of the shell
A uniform density cube of mass m, side 2b, and center at C is placed on a fixed horizontal cylinder of radius r and center O in Earth's gravitational field.
A plane first moves from the origin to point A located at 170 km in direction of 30 degree north of east after that it flies 150 km 20 degree west of north to point B finally it flies 195 km due west to point C. find the location of C from origin.
Find out the speed of a 56.7 kg thrill seeker at the bottom of the slide, assume no friction. If the thrill seeker has a speed of 24.1 m/s at the bottom, find out the change in mechanical energy due to friction.
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