To calculate result you have to disable your ad blocker first.

# Initial Velocity Calculator

Select the term you want to find, enter the required values, and hit calculate button using initial velocity calculator

## Initial Velocity Calculator

Initial Velocity Calculator is a tool that is used to find the initial velocity of the object using the final velocity in the specific time, time taken in the total distance covered, and value of acceleration that perform in the given specific time.

## What is Initial Velocity?

It is the speed of an object at the beginning of its motion in a given period of time. It shows the object’s movement from starting place, speed, and direction. Initial velocity is denoted by the symbol “**u**” and is an important parameter in determining the motion of an object.

Its mathematical formula is stated as.

**u = v – at**

Where,

- u = initial velocity of the object
- v = in total time object final velocity
- a = acceleration of the object in a given time
- t = total time taken in all movement

## Benefits of Initial Velocity Calculator

Initial velocity plays an important role in describing the motion of an object whether it’s a ball thrown into the air, a car accelerating from rest, or a rocket launching into space. Accurately calculating the initial velocity is essential in understanding and predicting the behavior of moving objects. The Initial Velocity Calculator tool simplifies this process by providing instant results and saving time.

## Examples

**Example 1:**

Evaluate the initial velocity of the object if the object moves with an acceleration of 5 m/s^{2} in 20 seconds and finally comes in to rest with the speed of 300 m/s at the end.

Solution:

**Step 1:**

**Write the data carefully from the above question.**

Initial velocity = u = ?, final velocity = v = 300, Acceleration = a = 5, Time taken = t = 20

**Step 2: **

**Write the formula of the initial velocity in detail.**

**u = v – at**

Where,

u = initial velocity of the object, v = in total time object final velocity

a = acceleration of the object in a given time, t = total time taken in all movement

**Step 3:**

**Put the values in the above formula and simplify.**

v = 300, a = 5, t = 20

u = v – at

u = 300 – (5) (20)

u = 300 – 100

**u = 200 m/s**

**Example 2:**

Evaluate the initial velocity of the object if the object moves with an acceleration of 10 m/s^{2} in 20 seconds and finally comes in to rest with the speed of 400 m/s at the end.

Solution:

**Step 1:**

**Write the data carefully from the above question.**

Initial velocity = u = ?, final velocity = v = 400, Acceleration = a = 10, Time taken = t = 20

**Step 2: **

**Write the formula of the initial velocity in detail.**

**u = v – at**

Where,

u = initial velocity of the object, v = in total time object final velocity

a = acceleration of the object in a given time, t = total time taken in all movement

**Step 3:**

**Put the values in the above formula and simplify.**

v = 400, a = 10, t = 20

u = v – at

u = 400 – (10) (20)

u = 400 – 200

**u = 200 m/s**

**Example 3:**

Evaluate the final velocity of the object if the object moves with an acceleration of 10 m/s^{2} in 20 seconds and its initial velocity is 500 m/s.

Solution:

**Step 1:**

**Write the data carefully from the above question.**

Initial velocity = u = 500, final velocity = v =?, Acceleration = a = 10, Time taken = t = 20

**Step 2: **

**Write the formula of the initial velocity in detail.**

**u = v – at**

We want to evaluate the final velocity then it becomes.

**v = u + at**

Where,

u = initial velocity of the object, v = in total time object final velocity

a = acceleration of the object in a given time, t = total time taken in all movement

**Step 3:**

**Put the values in the above formula and simplify.**

v = 400, a = 10, t = 20

**v = u + at**

v = 500 + (10) (20)

v = 500 +200

**v = 700 m/s**