Question

Define Velocity formula Include ( Displacement & Time )
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Answer 1

v = s / t is the velocity formula when objects move in GLB (Regular Straight Motion)

DISCUSSION :

 If an object moves through the distance s in the time range t. So, the speed of moving the object from the starting point to the end point can be formulated as follows

Velocity = Displacement / Time

Where ;

v = Velocity (m / s)

s = Displacement traveled (m)

t = travel time (s)

  In its calculation, all quantities are expected in SI units, namely meters for distances, seconds for time and m / s for speed. However, operations can be carried out according to the final unit requested.

  If in the question, the speed and time are known but the distance is asked, then you can use the "magic triangle" to get the distance formula.

$\text{v} = \frac{\text {s}} {\text {t}}$

then, the distance is

s = v • t

problems example :

An object travels 100 m in 10 seconds, what is the speed?

Known ;

s = 100 m

t = 10 s

Was asked

v =?

Answer

$\text {v} = \frac{\text {s}} {\text {t}}$

$\text{v} = \frac{100 \text {m}}{10 \text {s}}$

v = 10 m / s

Answer 2

v = s / t is the velocity formula when objects move in GLB (Regular Straight Motion)

DISCUSSION :

If an object moves through the distance s in the time range t. So, the speed of moving the object from the starting point to the end point can be formulated as follows

Velocity = Displacement / Time

Where ;

v = Velocity (m / s)

s = Displacement traveled (m)

t = travel time (s)

In its calculation, all quantities are expected in SI units, namely meters for distances, seconds for time and m / s for speed. However, operations can be carried out according to the final unit requested.

If in the question, the speed and time are known but the distance is asked, then you can use the "magic triangle" to get the distance formula.

$\text{v} = \frac{\text {s}} {\text {t}}$

then, the distance is

s = v • t

problems example :

An object travels 100 m in 10 seconds, what is the speed?

Known ;

s = 100 m

t = 10 s

Was asked

v =?

Answer

$\text {v} = \frac{\text {s}} {\text {t}}$

$\text{v} = \frac{100 \text {m}}{10 \text {s}}$

v = 10 m / s