Pucks are projected at an uphill angle along a tilted air table. The motion of the puck then is described by a constant velocity in the direction perpendicular to the tilt and a constant acceleration in the direction of the tilt. As in the case of a standard projectile, this leads to motion of the pucks along parabolic paths.The video shows three projectile paths, with the air table tilted at 3?, 6?, and 9?, respectively. The position of the puck at a series of equal time intervals is marked on the screen so that the shape of the parabolas can be studied and the vertical acceleration and the horizontal velocity can be experimentally obtained. The parabola for the case of 6? is shown in Figure 1
In this paper, we have shown that parabolic motion from a critical launch angle has an unexpected pr...
This essay is focused on an investigation of spin(revolution per second) of a ball and its effect on...
This experimental work deals with sports balls trajectories. Those dense projectiles are laun- ched ...
This demonstration shows elastic collisions between a moving air table puck and a stationary puck of...
In this paper, the question of the motion of a projectile thrown at an angle to the horizon is learn...
In this demonstration a ball is rolled down an incline, illustrating motion with a constant accelera...
The simulation makes possible for students to visualize the movement of a projectile and to modify t...
We study experimentally shuttlecocks dynamics. In this part we show that shuttlecock trajectory is h...
Parabolic motion is a two-dimensional motion that requires quite accurate analysis to understand it....
We show that some results in the kinematics of a point particle can be easily recalled by introducin...
International audienceWe study experimentally the dynamics of shuttlecocks. We show that their traje...
An accelerometer provides an indication of acceleration. Two accelerometers are shown in the video, ...
This article presents an experimental study regarding the behavior of a ball-shaped polyethylene sol...
The purpose of this study was to investigate the volleyball spiking motion for placing the ball cros...
peer reviewedWe study experimentally the dynamics of shuttlecocks. We show that their trajectory is ...
In this paper, we have shown that parabolic motion from a critical launch angle has an unexpected pr...
This essay is focused on an investigation of spin(revolution per second) of a ball and its effect on...
This experimental work deals with sports balls trajectories. Those dense projectiles are laun- ched ...
This demonstration shows elastic collisions between a moving air table puck and a stationary puck of...
In this paper, the question of the motion of a projectile thrown at an angle to the horizon is learn...
In this demonstration a ball is rolled down an incline, illustrating motion with a constant accelera...
The simulation makes possible for students to visualize the movement of a projectile and to modify t...
We study experimentally shuttlecocks dynamics. In this part we show that shuttlecock trajectory is h...
Parabolic motion is a two-dimensional motion that requires quite accurate analysis to understand it....
We show that some results in the kinematics of a point particle can be easily recalled by introducin...
International audienceWe study experimentally the dynamics of shuttlecocks. We show that their traje...
An accelerometer provides an indication of acceleration. Two accelerometers are shown in the video, ...
This article presents an experimental study regarding the behavior of a ball-shaped polyethylene sol...
The purpose of this study was to investigate the volleyball spiking motion for placing the ball cros...
peer reviewedWe study experimentally the dynamics of shuttlecocks. We show that their trajectory is ...
In this paper, we have shown that parabolic motion from a critical launch angle has an unexpected pr...
This essay is focused on an investigation of spin(revolution per second) of a ball and its effect on...
This experimental work deals with sports balls trajectories. Those dense projectiles are laun- ched ...