How much velocity will a body gain in 5 second if it is moving with a uniform acceleration of 1 Metre Square?

Velocity gained by a body moving with acceleration of 1m/s in 5 seconds is 5m/s.

Is moving with a velocity of 5 Metre per second?

Answer is 25 metres.

How far does an object travel it if travels 5m S for 3 seconds *?

Now when we evaluate the left-hand side of the equation, we find that the distance is 15 meters. So we have our answer. If the object is moving left at a constant speed of five metres per second for three seconds, then it moves a distance of 15 meters to the left.

What will be the velocity when the displacement is 5 m?

Hence, The final velocity is 4 metre per second.

How long will it take an object moving with a speed of 5m S to cover a distance of 20 km?

Object covers 5m in 1s. so, it covers 1m in 1/5s. Therefore, it covers 20m in 1/5*20=4seconds.

How far will an object move in one second if its average speed is 5 m s?

If an object’s average speed is 5 m/s, it will move 5 m in 1 s. It takes a freely falling object 1 s to reach a velocity of 10 m/s when falling from rest, since its acceleration is 10 m/s2.

What is the distance travelled by object moving with 5 m/s?

Distance travelled by object moving with 5 m/s in 5 s when acceleration is 5 m/s 2 is 87.5 m This video describes the numerical based on first equation of motion.

What is the rate of change of velocity over time?

Acceleration by definition is the rate of change of velocity over time. So it describes by how many metres per second an object will increase speed over unit time (seconds). Hence, metres per second, per second. An object travels 40 km in 2 hours and then travels another 6 meters in 2 seconds.

What is the formula to calculate the acceleration of a moving object?

This is the formula given in a lot of the answers: d = u+ 1/2 a (2n-1) where d is the displacement, u is the initial velocity, a is the acceleration

Why is acceleration measured in m/s per second?

Acceleration by definition is the rate of change of velocity over time. So it describes by how many metres per second an object will increase speed over unit time (seconds). Hence, metres per second, per second. Your question, unfortunately doesn’t give me sufficient data to give you an answer, unless I make an assumption.