the particle was at (0

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A particle of mass 2kg moves with an initial velocity of v→=4iˆ+4jˆms^−1. A constant force of F→=20jˆN is applied on the particle. Initially, the particle was at (0,0). The x-coordinates of the particle when its y-coordinates again becomes zero is given by
19
Oct
A particle of mass 2kg moves with an initial velocity of v→=4iˆ+4jˆms^−1. A constant force of F→=20jˆN is applied on the particle. Initially, the particle was at (0,0). The x-coordinates of the particle when its y-coordinates again becomes zero is given by 0). The x-coordinates of the particle when its y-coordinates again becomes zero is [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 5 - Newton's Laws of Motion (Without Friction) ,
Tags: 0). The x-coordinates of the particle when its y-coordinates again becomes zero is given by , A particle of mass 2kg moves with an initial velocity of v→=4iˆ+4jˆms^−1. A constant force of F→=20jˆN is applied on the particle. Initially , the particle was at (0 ,
A particle of mass 2 kg moves with an initial velocity of v = 4i + 4j m/s. A constant force of F = 20 j N is applied on the particle. Initially, the particle was at (0,0). The x-coordinate of the particle
29
Sep
A particle of mass 2 kg moves with an initial velocity of v = 4i + 4j m/s. A constant force of F = 20 j N is applied on the particle. Initially, the particle was at (0,0). The x-coordinate of the particle 0). The x-coordinate of the particle A particle of mass 2 kg [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: 0). The x-coordinate of the particle , A particle of mass 2 kg moves with an initial velocity of v = 4i + 4j m/s. A constant force of F = 20 j N is applied on the particle. Initially , the particle was at (0 ,