A vehicle moving with uniform acceleration of 2m/s has a velocity of 4m/s at a certain time
Answers
Answered by
5
Hello friend
-----------------
As we all know that velocity means the distance traveled by an object in particular direction in unit time.
In your example the following values are given.
Given:
Acceleration,a = 2 m/s
Initial Velocity,u = 4 m/s.
( Initial velocity we have taken because the work is not completed means the work is in progress)
So,by using the first equation of motion.
we get,
v = u + at
So,if we consider the time as 5s.
Means Time,t = 5s.
Then we can find the final velocity of the vehicle.
So,
v = u + at
v = 4 + 2*5
v = 4 + 10
v = 14 m/s.
So, the final velocity of the object is 14m/s.
You can solve more examples if you know the time or you can consider the different values of time to solve this equation.
.....I hope this will helps you
Thanks.
-----------------
As we all know that velocity means the distance traveled by an object in particular direction in unit time.
In your example the following values are given.
Given:
Acceleration,a = 2 m/s
Initial Velocity,u = 4 m/s.
( Initial velocity we have taken because the work is not completed means the work is in progress)
So,by using the first equation of motion.
we get,
v = u + at
So,if we consider the time as 5s.
Means Time,t = 5s.
Then we can find the final velocity of the vehicle.
So,
v = u + at
v = 4 + 2*5
v = 4 + 10
v = 14 m/s.
So, the final velocity of the object is 14m/s.
You can solve more examples if you know the time or you can consider the different values of time to solve this equation.
.....I hope this will helps you
Thanks.
Similar questions