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Velocity Formula
Everyone is aware of velocity, however, there is a misunderstanding regarding it. The common misunderstanding is that speed and velocity are synonymous, although this is not the case. Furthermore, most individuals confuse the two and use them interchangeably. Furthermore, they are similar but not identical. In this article, we have covered every minimal detail about velocity and also we have covered the formula of velocity. If physics confuses you and you are searching for the definition of velocity and formula then this is the right article for you. Bookmark this page to get related topics, we have covered the topics in a laymen’s language for a better understanding of students who are stuck in physics and find physics complicated.
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What is velocity Formula?
Velocity is the rate of change in displacement with respect to time i.e. it is a measurement of how long it takes an object to travel in a straight line to its destination. Velocity is a twodimensional vector quantity with magnitude and direction, which means velocity has magnitude and direction. The unit of velocity is meter per second(m\s) and it is represented by V. If students are still confused about what velocity is then we have simplified it more, check the definition given below we have compared the distance with displacement to clear the confusion of student.
It relates to the rate at which displacement changes over time. Furthermore, the velocity is defined by distance and displacement. There will also be no velocity if there is no displacement in the object’s potion and the object does not travel any distance. So, what exactly is the distinction between displacement and distance? The net change in the position of a moving object is referred to as displacement. Distance, on the other hand, refers to the amount of ground covered by a moving item.
Velocity Formula Class 11
Let’s have a look at the velocity formula. As previously stated, velocity is defined as a change in an object’s displacement over time. Simply said, velocity is a measurement of how long it takes an object to go in a specific direction. Furthermore, it is proportional to the displacement and inversely proportional to travel time. Its unit is also the meter per second (m/s). The formula of velocity is given below:
V = s/t
Where,
V = Velocity
s = Displacement
t= Time
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Velocity Formulas
Velocity Formula = (x_{f} – x_{i})/t = Δx/t
Where,
v = Velocity (m/s)
x_{f} = The final position (m)
x_{i} = The initial position (m)
t = The time required
Δx = “The change in” position (m)
Angular Velocity Formula

Angular Velocity Formula
ω = θ/t
Where is the angular speed in radians unit time, θ is the angle in radians.
Average Velocity Formula

Average Velocity Formula
Where,
v is equal to the average velocity, Δx is displacement, and Δt is the change in time.
Velocity Formula Equation

Velocity Equation
Velocity = Distance/ Time
Escape Velocity Formula

Escape Velocity Formula
Where, G = universal gravitational constant = 6.67410^{11}Nm^{2}/kg^{2}
M = Mass of the body/object to be escaped from.
v_{e} = Equals escape velocity.
r = Equals the distance from the center of the mass.
Final Velocity Formula

Final Velocity Formula
v = u + at
Where, u = initial velocity
v = final velocity
a = acceleration
t = time
Initial Velocity Formula

Initial Velocity Formula
u = v – at
Where , u = initial velocity
v = final velocity
a = acceleration
t = time
Linear Velocity Formula

Linear Velocity Formula
Velocity (v) = s/t
We know that s = r θ,v = r θ/t
Now we replace θ/t by ω.
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Practice Questions of Velocity Formula
Students mug up the concepts but forget to apply them. To ease of students we have provided some questions of this topic. Students are advised to practice all the questions given on this page. It will boost their confidence and help them in their exams and also with practice questions students can fetch more marks in the examination. Hence, to score good marks on physics papers students must practice questions as much as they can instead of mugging concepts. Check the questions given below and try to solve them.
Q. A boy traveling through a car and he covers a distance of 100 km in 2 hours what is the velocity?
Solution:
V = s/t
V = Velocity =?
s = Displacement = 100km
t= Time = 2 hours
As we have discussed earlier the unit of velocity is meters per second and here the units are given in kilometer and hour. so, first, we change the units in meters and seconds then we will apply the formula of velocity. Many students often made this mistake they don’t check the units and they direct apply the formula which is totally wrong and they end up losing marks in the examination.
V = 100*1000/2*60*60 m/s
V(velocity) = 13.88 m/s
13.88 m/s is the velocity of the boy to reach the destination.
Q. Let’s look at another situation in which we have the velocity and time values and must calculate displacement. The velocity and time values are 2 m/s and 50 seconds respectively. Determine the displacement value.
Solution: In the question, we have given velocity and time, we have to calculate the displacement. Here we have given the exact units so we need not convert the units in meters and seconds.
Velocity = 2m/s
Time= 50 seconds
Displacement=?
V = s/t
To calculate displacement we have to alter the formula
S = v*t
S = 2*50 metersecond
S= 100 ms
So we get displacement here 100 ms, metersecond is the unit of displacement. We don’t need to convert the unit in this question because we have given the desired units.
FAQs on Velocity Formula
Q. What is the definition of Velocity?
Velocity is the rate of change in displacement with respect to time. it is a measurement of how long it takes an object to travel in a straight line to its destination.
Q. Velocity is a scalar or a vector quantity?
Velocity is a vector quantity because it has magnitude and direction.
Q. What is the formula of velocity?
The formula of velocity is displacement per time.
Q. What is the unit of velocity?
The unit of velocity is meter/second.