Two particles `A` and `B` are projected from the same point in different direction in such a manner that their velocity vectors are shown in the diagram `:-`
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Two particles A and B are projected from the same point in different directions in such a manner that vertical components of their initial velocities are same (Fig. 5.8). Find the ratio of range. .

Two particles A and B are projected from the same point in different directions in such a manner that vertical components of their initial velocities are same (Fig. 5.8). Find the ratio of range. .

Iwo particles A & B are projected from the same point in, different directions in such a manner that vertical components of their initial velocities are same : (a) Find ratio of time of flight (b) Find ratio of range.

Two particles of charges +Q and -Q are projected from the same point with a velocity v in a region of unifrom magnetic filed B such that the velocity vector makes an angle 0 with the magnetic filed Their masses are M and 2M respectively Then, they will meet again for the first time at a point whose distane from the point of projection is .

Two particles of charges +Q and -Q are projected from the same point with a velocity v in a region of unifrom magnetic filed B such that the velocity vector makes an angle 'theta' with the magnetic filed Their masses are M and 2M respectively Then, they will meet again for the first time at a point whose distane from the point of projection is .

Two particle A and B projected along different directions from the same point P on the ground with the same velocity of 70 m/s in the same vertical plane. They hit the ground at the same point Q such that PQ = 480,. Then [g=9.8 m//s^(2)]

Two particle A and B projected along different directions from the same point P on the ground with the same velocity of 70 m/s in the same vertical plane. They hit the ground at the same point Q such that PQ = 480,. Then [g=9.8 m//s^(2)]

Two particle A and B projected along different directions from the same point P on the ground with the same velocity of 70 m/s in the same vertical plane. They hit the ground at the same point Q such that PQ = 480,. Then [g=9.8 m//s^(2)]

Two particles A and B are projected from the same point with the same velocity of projection but at different angles alpha and beta of projection, such that the maximum height of A is two-third of the horizontal range of B. then which of the following relations are true?