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v2 = v1 + at
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
9.8 m/sˆ2
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
a¯ = ∆v/∆t
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
A constant rate of change in velocity of an object.
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
An object's change in speed at any specific time during its motion.
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
The speed of an object once it has reached its destination.
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
The increase in speed gained by an object due to the attractive force between it and the earth.
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
The speed with which an object begins moving.
instantaneous acceleration
final velocity
final velocity
acceleration due to gravity
uniform acceleration
average acceleration
acceleration due to gravity
initial velocity
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