Give formula: (1) Force = (2) Final velocity (v) = (3) Displaceme

1.	Give formula: (1) Force = (2) Final velocity (v) = (3) Displacement (s) =(4) Final velocity2 (v2 ) = (5) velocity of an object moving with uniform circular motion =
Answer» (1) Mass x Acceleration = ma (2) Initial Velocity + (Acceleration x Time) = u + at (3) (Initial Velocity x Time) + T/2 x Acceleration x Time² = (ut) + 1/2 at² (4) Initial Velocity² + 2 x Acceleration x Displacement = u² + 2as (5) \(\cfrac{Circumference}{Time}=\cfrac{2 \pi r}{t}\)

Give formula: (1) Force = (2) Final velocity (v) = (3) Displacement (s) =(4) Final velocity2 (v2 ) = (5) velocity of an object moving with uniform circular motion =

Answer»

(1) Mass x Acceleration = ma

(2) Initial Velocity + (Acceleration x Time) = u + at

(3) (Initial Velocity x Time) + T/2 x Acceleration x

Time² = (ut) + 1/2 at²

(4) Initial Velocity² + 2 x Acceleration x Displacement = u² + 2as

(5) \(\cfrac{Circumference}{Time}=\cfrac{2 \pi r}{t}\)