Distance travelled in nth second formula

The distance travelled by a body in n th second is given by:.

Distance travelled in nth second has the units of. According to this principle, only that formula is correct, in which the dimensions of the various terms on one side of the relation are equal to the respective dimensions of these terms on the other side of the relation. The dimensions of S n t h are. With usual notation, the following equation, said to give the distance covered in the n th second. Find the initial velocity and acceleration of a body if the distance traveled by that body in nth second is 5. Assertion : Distance travelled by the particle in the nth second has dimensios of length. Reason :It is the distance travelled by the partical in the given time.

Distance travelled in nth second formula

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Check the dimensional consistency of the following equations : i u

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First Equation of Motion:. Second Equation of Motion:. Third Equation of Motion:. This distance by travelled by the body in n-1 seconds is given by. Motion Under Gravity:. A special case of uniform acceleration is the motion of a body under gravity. It is found that close to the surface of the earth, and in the absence of air resistance, all the bodies fall to the earth, at a given place, with the constant acceleration. This constant acceleration is called acceleration due to gravity or gravitational acceleration.

Distance travelled in nth second formula

Distance Traveled Formula: All of us travel on a daily basis, whether by vehicle or by foot. When we are going to buy our favorite snack or go for an evening walk, we are basically covering some distance. The same distance concept is available in physics where we deal with various aspects of it. The distance covered by the rocket during its journey into space, the distance between the sun and us, the distance between two planets, etc.

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The acceleration-time graph of a moving body is shown in the figure below. What is the nature of velocity-time graph for a car moving with uniform acceleration? Trusted by 5. Radius of earth is 6. What is not correct about ultrasonic waves? Check the dimensional consistency of the following equations : i u A diverging lens is also known as. Find the velocity with which it was thrown up? In equilibrium situation, electric field inside a conductor is:. Testbook Edu Solutions Pvt. If it completes two revolutions along the circular path, then the displacement of the body is. The time period for small oscillation

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A particle is released from height S from the surface of the Earth. Check the dimensional consistency of the following equations : i u If it completes two revolutions along the circular path, then the displacement of the body is. Derive an equation for the distance covered by a uniformly accelerated Suggested Exams. Distance travelled in nth second has the units of. Testbook Edu Solutions Pvt. A ball thrown up vertically returns to the ground after 10 second. What is the nature of velocity-time graph for a car moving with uniform acceleration? Draw a graph showing the difference between distance and displacement. An engine of a train, moving with uniform acceleration, passes the signal-post with velocity u and the last compartment with velocity v.