15+ Average Velocity Examples: And Problem Examples

This physics article will know the various average velocity examples and some problems and their different solutions.

Average velocity is the velocity that is taken into consideration when it is necessary to calculate the total displacement of the moving body by taking only its velocity at the beginning and velocity at the end and then dividing it by two. More average velocity examples can be seen daily.

Let us read the average velocity examples in detail.

• Ferris wheel
• Metro train
• Traveling on a bike
• Climbing on the ladder
• Moving of tractor
• Athletics
• Courier service
• Paper plane
• Moving of Grass-shaper
• Food delivery
• Dragging of box
• Cat running across the streets
• Carom Board
• While Playing eye-spy
• Cricket
• Moving a slab

Ferris wheel

The Ferris wheel is an enjoyable ride that people of all ages enjoy when visiting an amusement park. When this Ferris wheel moves, there is a change in point of position for every second, which is called velocity. Considering both starting and final velocity points, we can measure average velocity.

Metro train

Metro train is an essential transport beneficial for people working in metro cities. Here are several stations that a metro train stops at before reaching the final stop. Can measure his average velocity from the beginning; the train starts to move until it stops. t can be a good average velocity example.

Traveling on a bike

Traveling on a bike to a place will involve many different types of roads, depending on the length of the road and the displacement changes that lead to velocity changes. Then we consider measuring the average velocity of a person traveling on the bike; then, we have to consider both starting and final velocity points.

Climbing on the ladder

Painters use ladders to paint the wall; while painting, they need to move to different positions at different points in time. Then we consider measuring the average velocity of a painter; then, we have to consider both starting and final velocity points. Thus we will be able to measure the V_avg of the painter’s movement.

Moving of tractor

Plowing in a field will be easy with the help of a tractor. The plowed field will involve many different areas, depending on the length of the area and the displacement changes that lead to a change in velocity. Here we consider measuring the average velocity of a tractor; then, we have to consider both starting and final velocity points.

Athletics

If athletic competition is conducted, the athlete participating will have to cover a certain distance. It is an actual example of measuring average velocity. While running, the athletes have to run through different lengths of distance, so to know the proper velocity of the athlete, we can make use of average velocity.

Courier service

Courier services are very beneficial for quickly sending important parcels to the people. The courier services are known for their speed; the courier boy has to go to different places to deliver each item. At last, if we want to measure his V_avg, we can take the velocity at the start of his courier service, and at the end, using the formula of V_avg, we can measure the velocity courier boy.

Paper plane

Paper plane is a fun activity that we used to play with our peer group. When we initiate the paper plane to fly, it moves to a certain distance and stops. Here if we know the initial velocity and note down the final velocity, using the formula of V_avg, we can easily find out the distance moved by the paper plane with time.

Moving of Grass-shaper

Shaping grown grass strands in a field will be easy with the help of a grass shaper. The field will involve many different strands of grasses; depending on their length, the displacement changes that lead to a change in velocity. When measuring the average velocity of a moving grass shaper, we have to consider both starting and final velocity points.

Food delivery

Food delivery is very beneficial for the quick sending of food to the people. The food delivery apps are known for their speed in delivering food items; the delivery guy has to go to different places to deliver each item. At last, if we want to measure his V_avg, we can take the velocity at the start of his courier service and the end. Using the formula of V_avg, we can measure the velocity of the delivery guy.

Dragging of box

Dragging a box requires strength; moving that big box from one point of position to another at a slower rate requires so much effort. If we consider both starting and final velocity points, we can measure average velocity. It is an actual average energy example.

Cat running across the streets

When a cat plays and runs across the streets, it keeps changing its path. It will be happy to see the cat enjoying. In this, we can measure the distance covered in a specific direction. Here we can find out the average velocity of the ball moved with the help of its formula and the initial and final velocities. It is a prominent average energy example.

Carom Board

When the carom pan gets hit in a carom board match, it moves to a distance. Here, we can find out the average velocity of the pan moved with the help of its formula and the initial and final velocities. It is a prominent average energy example.

While Playing eye-spy

Playing eye-spy is ana fun game that people of all ages enjoy when they play. When the player runs to hide in this game, there is a change in point of position for every second then; it is called velocity. If we consider both starting and final velocity points, we can measure average velocity.

Cricket

When the ball gets hit in a cricket match, it moves to a far distance. For the best player, the score of batsmen is also measured on the average velocity with which the ball is hit. Here we can find out the average velocity of the ball moved with the help of its formula and the initial and final velocities. It is a prominent average energy example.

Moving a slab

Moving a big slab is somewhat risky; moving that giant slab from one position to another at a slower rate requires so much effort. Here, if we consider both starting and final velocity points, we can measure average velocity.

The above mentioned are some important average velocity examples.

Problems based on Average Velocity

The different problems of average velocity can be solved as shown below;

Problem 1

Consider a rat travels a distance of about 5 meters to the right with the initial velocity of 4m/s and then moves towards its right to a distance of 11 meters with a final velocity of 6 m/sin with a time duration of 55 seconds. Calculate the average velocity of the movement of a rat?

Solution: First let’s note down the given data,

V_i = 4m/s

V_f = 6m/s

t = 55 seconds

The formula used to measure V is

v_avg = v_f – v_i / t

Now substitute the given data into the formula,

V_avg = (6 – 4)/ 55

V_avg =    m/s

Therefore, the average velocity of the above-given example is  m/s.

Problem 2

Now a box is dragged to a distance of about 2 meters straight with the initial velocity of 6 m/s, and then it is moved towards the left to a distance of 5 meters with a final velocity of 8m/s in a time duration of 59 sec. Calculate the average velocity of the movement of the box?

Solution: First let’s note down the given data,

V_i = 6m/s

V_f = 8m/s

t = 59 seconds

The formula used to measure V is

v_avg = v_f – v_i / t

Now substitute the given data into the formula,

V_avg = (8 – 6)/ 55

V_avg =    m/s

Therefore, the average velocity of the above-given example is m/s.

Frequently Asked Questions | FAQs

Can we say that velocity has direction?

Velocity is certainly a component of direction.

As we measure the velocity of anybody, material, or object, we consider the aspects of variation in displacement and time. Here if we come to displacement, then it has a direction component with the help of which we can track the path in which an object moves.

Is there any term such as negative velocity?

There is a chance that a body experiences negative velocity in many cases.

When any object is moving with a positive acceleration, the direction of that object is in the opposite path to the direction in which the acceleration is acting. In this case, we can see the negative velocity since the body travels in a negative direction.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Also Read:

• Relative velocity in same direction
• Instantaneous velocity examples
• How to determine velocity in relativistic scenarios
• How to find velocity with acceleration and initial velocity
• How to find velocity in electromagnetic waves
• How to compute velocity in cryogenics
• Is there friction with constant velocity
• How to find linear acceleration from angular velocity
• How to calculate velocity of string
• How to calculate velocity in loop quantum gravity