1 a. A ball is projected with a horizontal velocity of 1.1 ms-1 from point A at the edge of shown in Fig. 1.2. table, ball. 1.1 ms-1 -path of ball horizontal ground 0.43m The ball lands at point B from the base of the table. Calculate i. Time table taken for ball to fall from A to B ii. Determine the height of the table iii. If the mass of the ball is increases and ignoring air resistance, compare the time taken of the second ball with the time taken for that in question (i) and explain your answer.

A ball is thrown at an angle of D degrees above the horizontal with a velocity of V m/s from the top of the building H m high 1. Using only the given, which of the following equations should you use to determine the horizontal distance traveled by the ball? 2.Using only the given, which of the following equations should you use to determine the time it takes for the ball to reach its maximum height? 3. What is the direction of the velocity at its highest location? 4. What is the direction of the acceleration? 5. if D=24, V=5; and H=12; What is the maximum height of the ball?

6. A ball has been projected with initial velocity of 0.06km/s and 0.175km/s horizontally and vertically respectively as shown in the figure below. 6.1 What is the projection angle? 6.2 How high is the building if it took 40 seconds to reach the ground? y D->

Kehinde is driving North at 15m/s toward Melique who is driving South at 18m/s and they are separated by 217m. Answer the questions below? Desmos Calculator How much time will it take for them to meet up: t= unit When Kehinde meets up with Melique he will have traveled a displacement of: Ax = unit Direction: [Select an answer When Melique meets up with Kehinde she will have traveled a displacement of: Ax = unit Direction: Select an answer