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A body moves a distance of 15 m in a 15mins, with an initial velocity of 0m/min. What is the final velocity in m/min?
- a)2
- b)8
- c)5
- d)6
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
A body moves a distance of 15 m in a 15mins, with an initial velocity ...
Use the second equation of motion to find the acceleration. s = ut + (1/2)at2, u = 0, t =15, s=15, therefore, a = 2/15 m/min2. Now use the first equation to find the final velocity. v = u + at, u = 0, t = 15 min, a = 2/15, therefore, v = 2 m/min.
Most Upvoted Answer
A body moves a distance of 15 m in a 15mins, with an initial velocity ...
Given:
Distance = 15 m
Time = 15 mins
Initial velocity = 0 m/min
To find: Final velocity
Formula:
Velocity = Distance / Time
Calculation:
Velocity = 15 m / 15 mins
Converting minutes to seconds:
1 min = 60 seconds
15 mins = 15 * 60 seconds = 900 seconds
Velocity = 15 m / 900 seconds
Simplifying the expression:
Velocity = 1/60 m/second
Converting seconds to minutes:
1 minute = 60 seconds
1 second = 1/60 minutes
Velocity = 1/60 m/second * 1/60 minutes/second
Velocity = 1/3600 m/minute
Therefore, the final velocity is 1/3600 m/min.
Answer: The final velocity in m/min is option 'A' (2).
Distance = 15 m
Time = 15 mins
Initial velocity = 0 m/min
To find: Final velocity
Formula:
Velocity = Distance / Time
Calculation:
Velocity = 15 m / 15 mins
Converting minutes to seconds:
1 min = 60 seconds
15 mins = 15 * 60 seconds = 900 seconds
Velocity = 15 m / 900 seconds
Simplifying the expression:
Velocity = 1/60 m/second
Converting seconds to minutes:
1 minute = 60 seconds
1 second = 1/60 minutes
Velocity = 1/60 m/second * 1/60 minutes/second
Velocity = 1/3600 m/minute
Therefore, the final velocity is 1/3600 m/min.
Answer: The final velocity in m/min is option 'A' (2).
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