:heavy_multiplication_x: Introduction :heavy_multiplication_x:

:heavy_multiplication_x:

The notes aren't written down, but I think they'll be helpful

Sorry y'all aesthetic lovers. None pretty-ness here.

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Equations of Motion

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1. V = u + at

Where

• V - Final velocity

• U - Initial velocity

• a - Constant acceleration

• T - Time

• Missing - displacement

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2. S = ut + ½ at²

Where

• S - Displacement

• U - Initial velocity

• T - Time

• A - Constant acceleration

• Missing - Final Velocity

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3. S = ½ t (v + u)

Where

• S - Displacement

• T - Time

• V - Final velocity

• U - Initial velocity

• Missing - Constant acceleration

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4. V² = u² + 2as²

Where

• V - Final velocity

• U - Initial velocity

• A - Constant acceleration

• S - Displacement

• Missing - Time taken

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5. S = vt - ½ at²

Where

• S - Displacement

• V - Final velocity

• A - Constant acceleration

• T - Time taken

• Missing - Initial velocity

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