Two particle, each having a mass `m` are placed at a separation `d` in a uniform magnetic field `B` as shown in figure.They have opposite charges of equal magnitude `q`.At time t=0, the particles are projected towards each other, each with a speed `v`.
Find the maximum value `v_(m)` of the projection speed so that the two particle do not collide.

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . What would be the maximum separation between the particles if v=v_(m)/4 ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . What would be the maximum separation between the particles if v=v_(m)/4 ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . What would be the minimum separation between the particles if v=v_(m)/4 ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . What would be the minimum separation between the particles if v=v_(m)/4 ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . At what instant will a collision occur between the particles if v=2v_(m) ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . At what instant will a collision occur between the particles if v=2v_(m) ?

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . Suppose v=2v_(m) and they stick to each other after the collision.Describe the motion after the collision (neglect the magnetic, gravitational & electric forces between charges).

Two particle, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in figure.They have opposite charges of equal magnitude q .At time t=0 , the particles are projected towards each other, each with a speed v . Suppose v=2v_(m) and they stick to each other after the collision.Describe the motion after the collision (neglect the magnetic, gravitational & electric forces between charges).

Two particles, each having a mass m are placed at a separation d in a uniform magnetic field B as shown in they have opposite charges of equal magnitude q. at time t =0, the particles are projectd towards each other,each with a speed v. suppose the coulomb force between the charges is switched off. (a) Find the maximum value v_m of the projection speed so that the two particles do not collide. (b) What would be the minimum and maximum separation between the particles if v = v_m /2? (c) At what instant will a collision occur between the particles if v = 2v_m ? (d) Suppose v =2v_m and the collision between the particles is completely inelastic. Describe the motion after the collision.