5 differences between distance and displacement activity
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But Displacement is the shortest distance between the starting point and the final point. Physics is a branch of science. It is further subdivided into many branches. Kinematics, modern and thermal physics, electrostatics, etc. These sub-branches deal with different phenomenons.
These are usually day-to-day phenomenons. There are different branches for each phenomenon. Distance vs displacement example One such branch is kinematics. Kinematics deals with the study of the motion of objects.
The terms distance and displacement are related to motion. Kinematics gives a detailed study of what is distance and what is displacement. So here you can understand both the terms and their differences. What is the distance in physics? Distance is the area covered by an object during its motion. When an object starts moving and comes to rest it covers some area.
That major of that area is called distance in physics. Distance is a scalar quantity. This means it does not depend upon direction. The SI unit of distance is meter. Some other units can be kilometers, centimeters, decimeters, millimeters. Distance in physics is always positive. It can never be zero or negative.
Here is an example of distance: distance example but displacement zero Look at the above image. Assume a person starts his motion from point a and returns back to point a. The definition of distance in physics is the total path covered by an object.
So in the above image, the person travels from a to b, b to c, c to d, and then d to a. The total distance covered is a sum of all these distances. What is displacement in physics? In the above section, you learned about distance.
Now you may ask how to define displacement in physics? So here is an answer. The shortest distance covered by an object during its motion is called displacement. This is the basic definition of displacement in physics. From that covered distance the shortest distance is displacement in physics.
Displacement can also be explained as the shortest distance between the starting point and the final point. Displacement is a vector quantity. It implies that displacement depends on the direction of motion. The SI unit of displacement is the same as the distance that is meter. Displacement can be negative, positive, or zero. Here is an example of displacement: displacement example Have an eye on the above image. Assume that a person travels from point a and returns back to point a.
In this motion, the person moves from point a to b, b to c, and then c to a. The displacement of the person will be the shortest path covered by him. This means in this motion the displacement will be from point A to b.
So now you must have understood how to find displacement. How to find distance and displacement in physics? There are many differences in distance and displacement. One such difference is in their formulas. Both distance and displacement are dependent on speed and time. But still, distance and displacement formulas are different. Below is a description of how to calculate distance and displacement in physics: How to find the distance in physics?
As mentioned earlier distance is the total path area covered by a body. So there are many methods to calculate distance. Some of the methods or formulas to calculate distance are as follows: A total sum of distances: You can calculate distance from all the distances covered by the body during its motion. You need to sum all the distances given. For example, a person covers d1 distance from home to market.
The topic difference between distance and displacement is very common in exams too. To understand the distance and displacement differences, we must know the definitions of the terms first. So, let us see what each term means. Distance: The distance of the object is defined as the total path travelled by the object.
For example, if a bus travels north for 5 Kms and takes a turn to travel east for another 5 Kms, the complete distance travelled by bus is 10 Kms. Distance is always more than displacement. The value of distance can never be zero or negative. Distance of the object gives complete information of the path travelled by the object. Displacement: Displacement of the object is defined as the minimum distance travelled by the object between the starting point of the object and the final point of the object.
For example, if we consider the last example of a bus travelling 5 Kms north and then 5 Kms east, the total displacement will be the length joining the two points. Let us check our understanding with some simple examples.
Example1: A car moves 4 kms to the east and then turns and moves 2 Kms to the south, then again takes a turn moves 4 Kms to the west and then turns towards the north to move 2 Kms and reaches the point she started. Let us find out what is the distance travelled and the displacement. The above figure represents the motion of the car.
The displacement is 0. Now, the displacement is 0 because the car covered a path of 12 km during the travel, but it was not out of place when the car finished.
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