Under What Condition The Magnitude Of Average Velocity Of An Object Equal To Its Average Speed?

traveling straight forward Hence, when the body is moving in a straight path in this case the average velocity and the average speed is same.

Under What Condition Is Distance And The Magnitude Of The Displacement Equal?

movement that is linear So, for a distance to equal the size of a displacement, motion in a straight line is a must.

Under What Condition S Is The Magnitude Of Average Velocity Of?

The entire displacement of a body divided by the total time taken is the definition of a body's average velocity. By looking at both the formulae we can say that the magnitude of average velocity and average speed will be equal, when the total distance is equal to total displacement.

Are The Magnitude Of Average Velocity And Average Speed Equal?

Average speed need not be the same as average velocity in magnitude. Although some individuals may believe that average speed and average velocity are simply two different labels for the same amount, average speed depends on both distance and displacement.

Which Of The Two Can Be Zero Under Certain Conditions Average Speed Of A Moving Body?

Because a moving body's displacement can be zero if it returns to its starting point, the average velocity of a moving body can also be zero. Distance, however, can never be zero. The average speed therefore cannot be 0.

Under What Condition The Distance Covered By A Particle Is Equal To The Magnitude Of Displacement Of Particle?

When a body moves in a single direction, such as along a straight line, the size of the displacement is equal to the distance traveled.

Under What Circumstance Will Distance And Displacement Be Equal Under What Circumstances Will Not Be Equal?

1) If a motion occurs in a straight line, the distance traveled will be equal to the size of the displacement.

Under What Conditions Distance Is Less Than Displacement?

Explanation: A motion in a straight line is the only motion in which the displacement and distance for the motion of the same object over the same time period would be identical. Distance would be larger than displacement if the motion was not linear.

Under What Condition Is The Magnitude Of Average Velocity Of An Object Equal To Its Average Speed Class 9?

Therefore, the magnitude of average velocity of an object is equal to its average speed when the displacement of the object is equal to the distance covered by it in a given time interval. When something moves in the same direction in a straight line, this occurs (without turning back).

How Do You Find Magnitude Of Average Velocity?

Average speed is determined by dividing the total distance you traveled by the total time, whereas average velocity is determined by dividing your displacement (a vector pointing from your initial position to your end position) by the whole time.

When Average Speed Is Equal To Average Velocity?

Zero displacement exists.

Is Instantaneous Velocity A Vector Or Scalar?

vector Instantaneous velocity is a vector having a dimension of length per time, similar to average velocity. 19 Sept 2016

How Do You Find Average Velocity With Distance And Time?

To get the average velocity for an object that traveled 500 meters in 3 minutes, perform these steps: Minutes are converted to seconds (so that the final result would be in meters per second). 3 minutes are equal to 3 * 60 or 180 seconds. the distance divided by the time: velocity is equal to 500/180 or 2.77 m/s. 15 Feb 2022

How Do You Calculate Average Speed Between Two Speeds?

The two speeds are added together. After that, divide the total by 2. This will provide you with the journey's average speed. Ben's average speed would be 50 mph if he went at 40 mph for two hours and then at 60 mph for another two hours.

Can The Average Velocity Of A Moving Body Be Zero State Examples Class 9?

The average velocity of a moving body can be zero, for example, when the displacement is zero. The average speed of a moving body can never be zero, though, because it always travels some distance.

Which Of The Following Can Sometimes Be Zero For A Moving Object?

A moving body's average speed cannot be 0 in any given time interval, but its average velocity can. 27 Jun 2022

Is Displacement A Scalar Quantity Class 9?

False—distance is a vector quantity.

Under What Conditions Will The Magnitude Of The Displacement For A Moving Object Be The Same As The Distance It Travels?

In a single-directional straight line motion, both distance and displacement will be equal. This is thus because the length of the path taken determines how far or how far the displacement is.

When The Path Length And Magnitude Of Displacement Both Are Equal Then?

Solution: When the body moves in a straight line in one direction, the distance and the size of the displacement become equal. 27 Jun 2022

When Distance Is Equal To Magnitude Of Displacement Velocity Is Always Constant?

EXPLANATION: A body moves in a straight path with constant velocity when it is in uniform motion. The distance traveled in this situation equals the displacement. Therefore, choice 2 is accurate. 22 Sept 2022

What Is The Difference Between Displacement And Magnitude Of Displacement?

When moving from one location to another, the displacement vector resembles an arrow, with its tip at the second point and its tail at the first. The magnitude (or length) of the displacement vector is the distance between the points and is represented by the length of the arrow.

What Are The Differences Between Distance And Displacement?

Distance is the length of any path connecting any two places. When measured along the shortest path between any two points, displacement is the direct distance between them. The direction is ignored when calculating distance. The direction is accounted for in the displacement calculation.

How Do You Find The Magnitude Of Displacement In Class 9?

Visualizing the walking makes it possible to determine the displacement's size. The real distance between A and B is 3 meters, followed by 5 meters from B to D and 6 meters from D to E. |S| =√92+52 = 10.29 m. The displacement as a result is moving south-east.