# Distinguish between the variables of distance displacement speed velocity and acceleration

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Thus the velocity will be 0. To increase the velocity there must be an appropriate change in the position of the object with respect to time. As velocity is a vector quantity thus direction is an important factor to consider while evaluating velocity. So, we can say that velocity is the result of the overall displacement of a body per unit of time.

Definition of Acceleration Acceleration is defined as the change in velocity of a moving object with respect to time. We have recently discussed that velocity specifies the change in position with respect to time. But acceleration is the variation in velocity with respect to time. Thus acceleration will be: If a body moves with a fixed velocity all along its way, then this indicates that there is no change in velocity of the object with time.

Thus the acceleration of the object will be 0. However, when the change in velocity for each specific time interval is the same then it is said that the body is exhibiting constant acceleration. So for a moving object whether the rate by which velocity is changing is constant or variable, it is said to be an accelerating object.

The figure below shows the graphical representation of positive, negative, and zero acceleration: As acceleration is a vector quantity by nature, having both magnitude and direction. Thus it can be the result of a change in either speed, direction or both.

A free-falling object exhibits uniform acceleration. However, a vehicle with varying speed in equal time interval is said to possess non-uniform acceleration. Key Differences Between Velocity and Acceleration The key factor of differentiation between velocity and acceleration is that velocity defines the rate with which an object varies its position.

While acceleration is defined as the rate with which velocity of the object changes during motion. Velocity is given as the ratio of change in position with time. However, acceleration is the ratio of change in velocity with respect to time.

In formulas, letters are used in place of a specific value. To distinguish vectors from scalar values, vectors are usually written with an arrow above the letter, Often in equations it is easiest to use only the magnitude of a vector. The magnitude of a vector can be identified by vertical lines on either side of the letter, or by the letter with the arrow removed.

The magnitude of vector is, Displacement The term "distance" is used in physics to mean a scalar measurement, such as "3 meters". The term "displacement" is used to mean a vector quantity. Therefore, displacement has both a distance and a direction. When an object moves along a straight line, its starting position can be defined as the origin, O. The variable x can be assigned to mean any position along that line.

The displacement is a vector that points from the origin to the position x. So, the displacement is the vector. To represent two or more positions along the straight line, the variables can be given numbers in subscript, for example, x1 and x2. This change in position is a distance. The SI unit of displacement and distance measurements is the meter m.

Velocity To study moving objects, we need to understand how the movement relates to time. The term "speed" is used in physics to mean a scalar measurement, while the term "velocity" is used to mean a vector quantity. Velocity is the rate of change of an object's displacement as it moves from one place to another.

The magnitude of the velocity is the speed. Imagine that an object is at position x1 at a certain time t1. Then, it moves in a straight line so that it arrives at position x2 at time t2. If an object speeds up or slows down, more or less distance is traveled in each unit of time. The velocity of the object at any particular time t is called the instantaneous velocity. However, between any two times the "average" velocity can be found.

For the special case that the velocity is constant, then at any time between t1 and t2 the velocity's magnitude will be equal to vavg.

### Distinguish between the variables of distance displacement speed velocity and acceleration crypto for overseas

Distance, Displacement, Average Speed, Average Velocity - Physics### INVESTING BLOGS BEST

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