kinematic variables

In a Kinematic problem if you are asked to find how far you are solving for the magnitude of

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

In a Kinematic problem if you are asked to find the speed at the end of the motion you are solving for the magnitude of

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

In a Kinematic problem if you are asked to find the speed at the beginning of the motion you are solving for the magnitude of

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

In a Kinematic problem if you are asked to find the acceleration of rate of change in velocity you are solving for

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

Tags

NGSS.HS-PS2-1

In a Kinematic problem if you are asked to find how long you are solving for

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

5 s would be defined as the variable:

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

From 0 to 5 m/s, 5 m/s would be defined as the variable:

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

Tags

NGSS.MS-PS3-1

From 0 to 5 m/s, 0 m/s would be defined as the variable:

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

9.8 m/s² would be defined as the variable:

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)

Tags

NGSS.HS-PS2-1

5m, would be defined as the variable:

• displacement (Δd, Δx, Δy)

• initial velocity (v_i)

• final velocity (v_f)

• acceleration (a)

• time (t)