(b) Now, apply Newton’s 2nd law to the Einstein figure and derive Equation (1). us= tan θ, where θ is the angle of inclination (1) Be sure to clearly show all of the steps in your derivation. information may be needed. Angle of Inclination Distance Time
(b) Now, apply Newton’s 2nd law to the Einstein figure and derive Equation (1). us= tan θ, where θ is the angle of inclination (1) Be sure to clearly show all of the steps in your derivation. information may be needed. Angle of Inclination Distance Time
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Draw and label a free-body diagram for the Einstein figure, when it was on the verge of motion.
(b) Now, apply Newton’s 2nd law to the Einstein figure and derive Equation (1).
us= tan θ, where θ is the angle of inclination (1)
Be sure to clearly show all of the steps in your derivation.
information may be needed.
|
Angle of Inclination |
Distance |
Time |
|
24 |
10 cm |
0.433 sec |
Transcribed Image Text:?
4.30000 sec
Frame 129
30 fps
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