Give the formula for each. elation between initial, final velocity, acceleration, and displacement in a uniformly accelerated straight-line motion. Relation between initial, final velocity, acceleration & time in a uniformly accelerated straight-line motion. Relation between initial velocity, acceleration, displacement, and time.

Relation between initial, final Velocity, acceleration & displacementin a uniformly accelerated straight line motion. v2 = u2 + 2as Relation between initial, final velocity, acceleration & timein a uniformly accelerated straight line motion. v = u + at Relation between initial velocity, acceleration, displacement and time. s = ut+ 1/2 at2

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Give the formula for each. elation between initial, final velocity, acceleration, and displacement in a uniformly accelerated straight-line motion. -

Question

Give the formula for each.

elation between initial, final velocity, acceleration, and displacement in a uniformly accelerated straight-line motion.
Relation between initial, final velocity, acceleration & time in a uniformly accelerated straight-line motion.
Relation between initial velocity, acceleration, displacement, and time.

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Relation between initial, final Velocity, acceleration & displacement
in a uniformly accelerated straight line motion. v² = u² + 2as
Relation between initial, final velocity, acceleration & time
in a uniformly accelerated straight line motion. v = u + at
Relation between initial velocity, acceleration, displacement and time. s = ut+ 1/2 at²