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(uslikha in the gravitational field. freaky a ball falls That initial state and the two next states 2 and 3 are shown in the drawing, Distance from one state to the next ball takes 0.2 seconds. a) show in the drawing the next fourth position of the ball. b) determine what scale is used in the drawing, Box I in the drawing corresponds to....... In in nature. c) How far from the initial position of the ball is the support AB? d) After how long does the ball reach the support AB? e) With what speed does the ball hit the support AB? The figure shows the position of the ball after 0.5 s. A B 2nd task water racket rises vertically upwards at a speed of 23.5 mis. (a) How long does it take to reach its maximum height? After how long does it fall back to the ground? b) What is the maximum height the racket reaches? c) With what speed does it fall back to the ground? Show the solution. .. . .... .. ..... 3rd task A rugby player hits the ball. It acquires a speed of 18m/s at an angle of 60 to the horizon. The ball is caught by another player.right a) How far from the point of ejection is he?, b) How big is the projection of the initial velocity on the X and Y axes? How long does it take, I, for the ball to reach its maximum height? d) After how long does the other player catch the ball? e) How far does the ball fly? Show the solution. A place for solutions 4th task A body thrown horizontally from a height of 20 m fell 20 m from the point of ejection. Calculate the initial and final velocity of the body! Show the solution. ......seesesses 5th task The body is thrown in a horizontal direction. How to increase the initial speed of the body a) so that the flight distance increases 5 times; b) ejection height above the ground so that the flight distance increases 4 times? See the course of judgments .. .. 6th task A body is thrown with a speed of 60 m/'s in a direction that makes an angle of 30" with the horizon. Calculate a) the highest height that the body reaches in flight; b) flight distance; c) flight duration; d) the angle at which the body must be thrown to the horizon (with the given velocity of ejection) so that the flight distance is the same with maximum flight height! Show the solution