QUESTION 1 Figure Q1 shows the motion of a cannonball is fired from the top of a building's roof with an initial velocit

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Question 1 Figure Q1 Shows The Motion Of A Cannonball Is Fired From The Top Of A Building S Roof With An Initial Velocit 1 (97.71 KiB) Viewed 24 times

QUESTION 1 Figure Q1 shows the motion of a cannonball is fired from the top of a building's roof with an initial velocity of VA= 120 m/s. i) Compute the horizontal distance, R of the canhonball from A to B, and the vertical and horizontal components of vg before the cannorìball strikes the ground at point B. (C01- PO1)(C3) (12 marks) ii) The cannonball weight is 4 kg and slides from poiht B to C on a 15° inclined surface and stops when it reaches point C. The coefficient of kinetic friction of the cannonball and the plane is Hk 0.3. Using impulse-momentum method, determine the time taken for the cannonball to travel from point B to point C. (CO1-PO1)(C4) (6 marks) y X A 4 90 m R CS Scanned with CamScanner Figure Qi B 15⁰