B. equal to its final velocity
C. not equal to its final velocity
D. None of these
A. m/s B. m/s–2 C. km/hr D. radians/seconds
A. Velocity B. Speed
C. Acceleration D. time taken
A. v = u + at B. at = v + u
C. at = v – u D. v = u - at
E. u = v + at
A. 18/5 B. 1000/3600
C. 3600/1000 D. 5/18
A. Translatory B. Rectilinear
C. Linear D. Oscillatory
A. Optics B. Kinematics
C. Statistics D. mechanics
A. acceleration may be treated constant.
B. velocity may be constant.
C. acceleration is always constant.
D. a freely falling body.
E. velocity is always constant.
A. graphical method B. algebric method
C. calculus method D. geometrical method
A. centripital force B. gravtational force
C. magnetic force D. centrifugal force
A. Momentum B. Velocity
C. Speed D. mass
A. v = √2gh B. V = 0 C. U = 0 D. u = √2gh