What would the acceleration-time graph of throwing up a ball …
2006年1月15日 · quicknote. 1,986. 0. The acceleration-time graph of throwing up a ball would have a few distinct features. Initially, when the ball is still in your hand, the acceleration would be zero as it is not yet in motion. As you throw the ball up, the acceleration would increase rapidly, reaching its maximum value at the point of release.
The Physics of Throwing a Ball: Velocity & Acceleration
Sep 23, 2004. Acceleration Ball Physics Velocity. In summary, when throwing a ball up in the air, the velocity will not be the same coming down as it was going up due to air resistance. However, if air resistance is neglected, the speed will be the same at a certain vertical height when thrown up and when it falls to Earth.
Simple throwing ball up problem - Physics Forums
2007年12月15日 · To calculate the maximum height reached by the ball in the simple throwing ball up problem, you can use the formula: h = (v2sin2θ)/ (2g), where h is the maximum height, v is the initial velocity, θ is the launch angle, and g is the acceleration due to gravity. 4. What is the relationship between the angle of launch and the maximum height in ...
Understand the Physics of Throwing a Ball Upward - Physics Forums
2009年5月26日 · Understand the Physics of Throwing a Ball Upward. fischook. May 26, 2009. Ball. In summary, the conversation discusses the concept of acceleration in relation to a ball being thrown upwards. The key point is that once the ball is thrown, the only force acting on it is gravity, causing it to decelerate. This explains why the motion diagram shows ...
Calculating Time and Final Velocity of a Ball Thrown into the Air
2009年9月10日 · Air Ball. In summary: The woman throws the ball upwards at a speed of 19 meters/second and it takes 4.94 seconds for it to reach the top of the diving board and then splash into the water below. The ball's final velocity is 19 meters/second. Sep 10, 2009. #1.
Throwing a ball from a train at an angle - Physics Forums
2015年9月21日 · No, a ball cannot be thrown from a train at any angle and still land back on the train. The ball's trajectory is affected by gravity, air resistance, and the train's motion, making it unlikely that the ball will return to the train unless thrown at a specific angle and with a precise amount of force. 5. How can the angle at which a ball is ...
Throwing a ball: Parabolic motion - Physics Forums
2012年2月3日 · The distance and height of a ball thrown with parabolic motion are affected by the initial velocity, angle of release, and air resistance. A higher initial velocity and a lower angle of release will result in a longer distance and higher height. Air resistance can also affect the distance and height by slowing down the ball's motion.
Throwing a ball from a building [a trajectory problem]. - Physics …
2007年9月13日 · 0. A ball is thrown from the top of a building upward at an angle of 66 degrees to the horizontal and with an initial speed of 8 m/s. The ball is thrown at a height of 34 m above the ground and hit s the ground 11.3347 m from the base of the building. The acceleration of gravity is 9.8 m/s^2. The answer (or how to do it) is basically given to us.
Throwing a ball: Motion in one direction - Physics Forums
2012年2月3日 · FAQ: Throwing a ball: Motion in one direction 1. What is the basic concept behind throwing a ball in one direction? The basic concept behind throwing a ball in one direction is the transfer of energy from the person throwing the ball to the ball itself. This energy causes the ball to move in a specific direction and at a certain speed. 2.
Throwing ball out of a moving car - Physics Forums
2010年12月2日 · Yes, the ball's trajectory will change based on the speed of the car. The faster the car is moving, the farther the ball will travel in the same amount of time. This is because the ball inherits the car's velocity when it is thrown out, and the higher the velocity, the longer the ball will stay in motion. 3. What factors can affect the distance ...