Two particles one with constant velocity 50m/s and the other with uniform acceleration 10m/s2, start moving simultaneously from the same place in the same direction. They will be at a distance of 125m from each other after
Two particles, one with constant velocity 50m s−1 and the other with uniform acceleration 10m s−2, start moving simultaneously from the same place in the same direction. They will be at a distance of 125 m from each other after
View Solution
Q2
Two particles one with constant velocity 50m/s and the other with uniform acceleration 10m/s2, start moving simultaneously from the same place in the same direction. They will be at a distance of 125m from each other after
View Solution
Q3
Two particles, one with constant velocity 50ms−1 and the other with uniform acceleration 10ms−2, start moving simultaneously from the same place in the same direction. When will the accelerated particle be 125m ahead of the other particle?
View Solution
Q4
Two particles one with a constant velocity 50 m/s and another starts from rest with uniform acceleration 10m/s2 starts moving simultaneously from the same point and in the same direction at a distance 125 m. Calculate time.
View Solution
Q5
Two particles, one with constant velocity 50m s−1 and the other with uniform acceleration 10m s−2, start moving simultaneously from the same place in the same direction. They will be at a distance of 125 m from each other after