VCM-4 Arnold is driving his 4-wheel drive 1,000kg car (Arnold and the car together) on a road that goesover a hill the shape of a circular arc. As he goes over the hill, Arnold adjusts the accelerator pedal so ato maintain a constant speed the entire time even though the road steepness changes and it is a windyday. The figure below shows the car at two positions: 1. going up the hill where the road is inclined20.0° with the horizontal, and 2. at the top of the hill. When at the top of the hill (position 2), the normaforce of the road on the car is 7,800N.Position 2Position 120.020.0%a) Draw a figure like the one above and show the free body diagram for the car in bothpositions. Show relative force magnitudes on both figures as accurately as possible.On both FBD's show the radial and tangential axes.b) Apply Fner ma to find the centripetal acceleration of the car.c) Find the normal force on the car when it is at position 1 (going up the hill).

Given, Mass, m=1000kg θ=20° Normal force, FN=7800N a. For position 1,…

Answered: M-4 Arnold is driving his 4-wheel drive…

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