Question

a. The distance, d covered by an object moving with a constant acceleration is partly constant and partly varies as the square of the velocity, v of the object at a specified time. A body moving with velocity 8 m/s covered a distance of 12 m and when the velocity was 12 m/s, the distance was 32 m. Find i. An expression relating the distance covered and velocity at that time. ii. The distance when the velocity is 16 m/s. iii. The velocity when distance is 96 m.

Name: a the distance d covered by an object moving with a constant acceleration is partly constant and partly varies as the square of the velocity v of the object at a specified time a body moving 21767
Uploaded: 2023-06-14T03:06:48-08:00
Duration: 1 min 21 s
Channel: Adi S
Description: a the distance d covered by an object moving with a constant acceleration is partly constant and partly varies as the square of the velocity v of the object at a specified time a body moving 21767

          a.       The distance, d covered by an object moving with a constant acceleration is partly constant and partly varies as the square of the velocity, v of the object at a specified time. A body moving with velocity 8 m/s covered a distance of 12 m and when the velocity was 12 m/s, the distance was 32 m. Find
i.                    An expression relating the distance covered and velocity at that time.
ii.                  The distance when the velocity is 16 m/s.
iii.                The velocity when distance is 96 m.

Added by Courtney P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/14/2023

Step 1

Given that the distance is partly constant and partly varies as the square of the velocity, we can express this as: \[ d = a + b v^2 \] where \( a \) is a constant term and \( b \) is a coefficient that relates to the velocity squared. Show more…

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a. The distance, d covered by an object moving with a constant acceleration is partly constant and partly varies as the square of the velocity, v of the object at a specified time. A body moving with velocity 8 m/s covered a distance of 12 m and when the velocity was 12 m/s, the distance was 32 m. Find i. An expression relating the distance covered and velocity at that time. ii. The distance when the velocity is 16 m/s. iii. The velocity when distance is 96 m.