Question

an athlete runs in a circular track of radius 600m .if he reaches diagonally opposite side in 1 minute then what is his average ​

Answer 1

Correct Question :

An athlete runs in a circular track of radius 600m. If he reaches diagonally opposite side in 1 minute then what is his average velocity?

Given :

Radius of circular path = 600m

Athlete completes half revolution in 1 minute.

To Find :

Average velocity of the athlete.

Solution :

❖ Average velocity of object is defined as the ratio of displacement to the time taken.

• It is a vector quantity having both magnitude as well as direction.
• SI unit : m/s
• Dimension formula : [L¹T‾¹]

After completing half revolution of circle, athlete will be at diametrically opposite to the initial position$.$

Hence displacement of athlete is 2R.

➙ Vav = displacement / time

• Time = 1 min = 60 s

➙ Vav = 2R / t

➙ Vav = (2 × 600) / 60

➙ Vav = 2 × 10

➙ Vav = 20 m/s

Answer 2

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$\Large\bold\red{Question:}$

An athlete runs in a circular track of radius 600m. If he reaches diagonally opposite side in 1 minute then what is his average velocity?

$\Large\bold\blue{Given:}$

Radius of circular path = 600m

Athlete completes half revolution in 1 minute.

$\Large\bold\blue{To\:Find:}$

Average velocity

$\Large\bold\red{Solution:}$

SI unit : m/s

Dimension formula : [L¹T‾¹]

After completing half revolution of circle, athlete will be at diametrically opposite to the initial position.

Hence displacement of athlete is 2R.

➙ Vav = displacement / time

Time = 1 min = 60 s

➙ Vav = 2R / t

➙ Vav = (2 × 600) / 60

➙ Vav = 2 × 10

➙ Vav = 20 m/s

$\Large\fbox\pink{Mark\:As\:Brainliest}$