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Mechanical Energy =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Distance =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Average Speed =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Kinetic Energy =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Speed =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Deceleration =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Acceleration =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
Gravitational Potential Energy =
final velocity - initial velocity/time
distance/time
kinetic energy + potential energy
1/2 x Mass X Speed^2
total distance/total time
time x speed
weight x height
final velocity - initial velocity/time
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Match it!
Match it!