A rock is thrown horizontally from a bridge with a velocity of 5 m/s. It hits the water below in 2.2 seconds. Show all work for all questions below. c) What is the horizontal speed of the rock just before it hits the water?

Please answer the questions using the variables provided and provide explanations and show work.

Please solve question 2 and show work!

Please draw a diagram, show every step, and only use algebra

Use the following information to answer parts a-b. Assume air resistance is negligible and show all work. Tiger Woods' golf balls leave his club with an average speed of around 76.0 m/s. He hits a ball with an angle of 15.0° relative to the horizontal. a) How long is the golf ball in the air? b) What is the horizontal displacement of the golf ball?

Pls help ASAP. Pls show all work and calculations. Pls refer the first picture for the diagram and the second picture to answer all of the questions.

Candace throws a ball so that it has an initial horizontal velocity of 8 m/s, and vertical velocity of 15 m/s. What is the magnitude of the initial velocity of this ball (its speed)? (Show your work/explain reasoning. You only need to find the speed, not the direction. Include units.)

Confused on a b and c . If you can provide labels and step by steps that would really be helpful

a. using the launch velocity determined in question 1 or 2 (should be the same!) determine the maximum range of the rocket, with a launch angle of 45 degrees.  *Assume level ground. b. Compare the value in question 4 with the value for maximum range in the table. Discuss reasons for differences. (even if they happen to be exactly the same!)   QUESTION ONE DATA IN PICTURE.

A stone is thrown from the top of a building upward at an angle of 26.0° to the horizontal with an initial speed of 19.1 m/s as shown in the figure. The height of the building is 45.0 m. The following questions present a twist on the scenario above to test your understanding. Suppose another stone is thrown horizontally from the same building. If it strikes the ground 65 m away, find the following values. a. Time of flight ________ s b. Initial speed  ________ m/s c. Speed and angle with respect to the horizontal of the velocity vector at impact ________ m/s ________ ° If the stone were thrown harder, and left with 1.5 times the initial speed, you might expect it to go further, but how exactly does that happen? d. Throwing the stone horizontally at 1.5 times the previous speed multiplies the time to reach the ground by what factor? ________ e. The horizontal component of the velocity is multiplied by what factor? ________ f. How many times farther does the stone land from the building?…