The gravitational force on each of the cubes is the same, so they experience the same downward acceleration. So since they started from the same height with zero vertical velocity, they reach the floor at the same time, even though one has traveled some distance horizontally in the meantime.
This is an example of the independence or separability of the components of motion. We can define the axes along which we measure, and treat vectors as the sum of their components along those axes.
Demonstrate constant velocity and uniform acceleration with minimal friction Read More
Measure acceleration using two different procedures. Read More
Measure acceleration along an inclined air track.
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Measure acceleration due to gravity
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Illustrate the geometrical effect of free fall Read More
Show the position of a dropped ball at a series of equal time intervals
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Show constant velocity and uniform acceleration using a rolling body.
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Illustrate linear kinematics Read More
Demonstrate the independence of horizontal and vertical components of motion Read More
Demonstrate the independence of horizontal and vertical components of motion Read More
Illustrate the position of a projectile at equal time intervals
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Demonstrate the parabolic path of a projectile.
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Demonstrate the independence of horizontal and vertical components of motion Read More
Demonstrate the independence of horizontal and vertical components of motion Read More
Demonstrate the independence of horizontal and vertical components of motion Read More
Demonstrate the independence of horizontal and vertical components of motion Read More
Illustrate addition of two orthogonal velocity components Read More
Plot graphs of position, velocity, and acceleration
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