Instantaneous Speed - d = distance (m); v = instantaneous speed (ms-1); time (s), Average Speed - d = distance (m); v ̅= average speed (ms-1), time (s), Instantaneous Velocity - s = displacement (m); v = instantaneous velocity (ms-1); t = time (s), Average Velocity - s = displacement (m); v ̅= average velocity (ms-1); t = time (s), Acceleration - a = acceleration (ms-2); v = final velocity (ms-1); u = initial velocity (ms-1); t = time (s), Unbalanced Force - F = unbalanced force (N); m = mass (kg); a = acceleration (ms-2), Weight - W = weight (N); m = mass (kg); g = gravitational field strength (Nkg-1), Work Done - Ew = work done (J); F = force applied (N); d = displacement (m), Potential Energy - Ep = potential energy (J); m = mass (kg); g = gravitaional field strength (Nkg-1); h = height (m), Kinetic Energy - Ek = kinetic energy (J); m = mass (kg); v = velocity (ms-1), Power - P = Power (W); E = Energy (J); t = time (s),

N5 Physics - Dynamics & Space Equations

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