Run 1 Ball at rest relative to inertial frame On a flat rotating disk.
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Run 1 Ball at rest relative to inertial frame On a flat rotating disk
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21-Dec-2015 -
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Transcript of Run 1 Ball at rest relative to inertial frame On a flat rotating disk.
Run 1
Ball at rest relative to inertial frame
On a flat rotating disk
Run 2
Ball in motion relative to inertial frame
On a flat rotating disk
Run 3a
Ball at rest relative to rotating frame
On a parabolic rotating disk
Run 3b
Ball at rest relative to inertial frame
On a parabolic rotating disk
Run 4
Ball in motion relative to rotating frame
On a parabolic rotating disk
Run 4b
Ball in motion relative to rotating frame
On a parabolic rotating disk
Different initial velocity
Run 5
Ball in motion relative to rotating frame with friction
On a parabolic rotating disk
Ry
vvx
vu
y
uvx
uu
R
v2
Ry
vvx
vu
y
uvx
uu
R
v2
Figure 3. Atmospheric pressure in milibars (mb) at a height of 500 mb showing higher pressure to the south. Wind speed is indicated by number of sticks on the wind vector. Note the strongest winds occur where the pressure gradient is largest off the NW coast.
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