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9 Cards in this Set
- Front
- Back
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Average Acceleration |
Change in velocity over change in time |
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Velocity-Time Equation |
Vf=Vi+(a)t |
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Average Velocity |
Vav= 1/2 (Vi+Vf) |
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Position-Time Equation with Average Velocity |
Xf=Xi+ (Vav)t |
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Position-Time Equation with Initial and Final Velocity |
Xf=Xi+ 1/2(Vi+Vf)t |
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Velocity-Position Equation |
Vf=Vi^2 + 2(a)(X2-X1) |
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? |
Xf=Xi+Vi(t)+1/2(a)(t)^2 |
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Acceleration Due To Gravity |
g= 9.81 m/s^2 |
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Average Velocity |
Vav= V2-V1/2 |
