Hello, please help me with this physics test:

Exercise 1 Is the statement true?l Circle the word "Yes" or \"No"l a] The path traveled by the body is a scalar quantity. {Not really.) b) When the Earth rotates around the Sun, the Earth can be taken as a point of mass. [Not really.} c) The line along which the mass point moves is called displacement. {Not really.) d) If the movement occurs along a curved line, then the displacement modulus is greater than distance traveled. {Not really.) e} With uniform rectilinear motion, the velocity vector is always directed in the direction of motion direction. (Not really.) Task 2 Answer the questions or choose an answer from the brackets and write it after each question! a] The figure shows the graph of the movement of the car (coordinate, movement, path).................. b} What is the estimated movement of the car {in meters} in 15 seconds? c) What distance {in meters} will the car cover in 15 seconds? d} What is the modulus of the car's speed {in meters} per second? e} Movement of the vehicle [in the direction of the X axis, x. m IUU against the direction of the X axis} IIIIIIIEEII f] The figure shows a graph of the movement of a motorcycle (coordinate, movement, trajectory, projection of speed) g) What is the predicted speed of the motorcycle {in meters per second]? h] How far (in meters) does the motorcycle travel in 15 seconds? i) What is the equation of motion of the motorcycle for the velocity projection? j} At time t = D, the coordinate of the motorcycle is 100 m. 1What i, me is the equation of motion of the motorcycle along the coordinate? Task 3 A car moves a tank of water at a speed of 43.2 km/h, from which water drips onto a paved highway at regular intervals. The location of water drops on the highway is shown in the figure. Droplets are ejected from the water tank every 0.5 seconds. 13. Write the answer instead of the dotted line! a) Express the speed in meters per second! v = 43.2 km/h = ......... m/s. b) How long did it take from the expiration of the 1st drop to the expiration of the 13th drop? c) What is the distance traveled by the car during this time? d) What is the distance *0 between the centers of neighboring drops? e) Write an equation for the coordinates of the car, if we assume that at time t = 0 the center of mass of the car is on the same vertical as the 1st drop! Droplet 1, on the other hand, is located at the origin of the coordinate system.Task 4 Carl moved from tram stop 1 to trolleybus stop 2. Show the displacement vector and trajectory on the drawing if the distance traveled is 3 times the displacement modulus