can you please help me with this assignment, please show all the work.

This is Physics 20 (grade 11): Module 2- Lesson 3 - Vertical and Horizontal Projectile Motion

Q"es\""1 During the lesson you completed an online projectile motion investigation. Answer the following Siged questions based on ywsults: Marked out of 3.00 \\V Flag Consider two balls labeled Ball A and Ball B. They have the same mass and same shape/size. \"\"99\"\" Ball A and Ball B are both sitting at the top of a '10 meter tall building. At time = 0 seconds, Ball A is dropped off the building while Ball B is launched horizontally off the roof. 1) How will the VERTICAL component of Ball A's velocity compare to the VERTICAL component of Ball B's Velocity? J 3 At t = 0 seconds, Ball A will have a greater vertical velocity. At t = 0 seconds, Ball B will have a greater vertical velocity Initially, the vertical components are the same, but later on they are different. :t statement. Assume no air The vertical components are equal at all moments in time. 2) Thinking ONLY of Ball B (launched horizontally), choose the correct statement. Assume no air resistance. J 3 When the horizontal launch velocity is LARGE, the projectile will be in the air for a longer period of time. The horizontal launch velocity does not affect how long the projectile is in the air. When the horizontal launch velocity is SMALL, the projectile will be in the air for a longer period of time. statement: 3) Now think of the moment Ball A and Ball B IMPACT THE GROUND. Choose the correct statement: J 3 Both Ball A and Ball B will hit the ground at the same speed. Ball A will hit the ground at a higher speed compared to Ball B. Ball B will hit the ground at a higher speed compared to Ball A. m Next Ia 0 = Question 2 Not yet answered Marked out of 1,00 \\'7 Flag question A ball is dropped from a vertical height of 42.0 m. How long will it be in the air? Answer in the units of "seconds", rounded to 2 decimal places. Question 3 Not yet answered Marked out of 1.00 \\V Flag question A cannon is standing on top of a 63 m tall cliff. It fires a projectile horizontally at 23.0 m/s Calculate the length of time that the cannon projectile will be IN THE AIR. Answer in units of "seconds" rounded to 2 decimal places. Question 4 Not yet answered Marked out of 1.00 \\V Flag question The cannon (see previous question) first a projectile horizontally from the top of a 63 meter tall cliff. The horizontal velocity of the projectile is 23.0 m/s. Calculate the horizontal RANGE of the projectile. In other words, how far from the base of the cliff will the projectile land? Answer in units of METERS, rounded to 1 decimal place. Answer: Question 5 An arrow is fired horizontally from the top of a 18 meter tall wall. The horizontal launch velocity is Not yet answered 21.0 m/s. Marked out of Calculate the ANGLE of the arrow's velocity vector at the moment the arrow hits the 2.00 ground. Flag question Answer in units of "degrees below horizontal" (see diagram) rounded to the nearest 0.1 degree. - Your Answer Answer:Question 6 Challenge Problem Not yet answered A model rocket is launched and accelerates straight upwards at 50.00 m/s2. After 1.5 seconds, Marked out of the rocket's engine shuts off and the rocket continues flying upwards. 7.00 a) What is the rocket's height when the engine shuts off? (1 mark) Flag question b) What is the maximum height the rocket will reach? (3 marks) c) Eventually, the rocket will fall back to the ground. How long will the rocket be in the air in total? (3 marks) Summarize your answers below, then show all work done to find the answers. Paragraph B E