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10 cards from this deck
Movement on flat surfaces slowed by friction and air resistance.
It helps design systems interacting with moving objects.
R = V/I; resistance equals voltage divided by current.
It relates variables in a proportional relationship.
Resistance typically increases with speed in fluids.
Frictional, gravitational, and normal forces are involved.
R = k × v² describes resistance's growth with speed.
Integrate resistance over distance to find velocity equations.
It signifies greater spring constant and stiffness.
Cycling against wind is a real-world scenario.
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