repectively
A circular insulated copper wire loop is twisted to form two loops of area A and 2A as shown in the figure. At the point of crossing the wires remain electrically insulated from each other. The entire loop lies in the plane (of the paper). A uniform magnetic field B point into the plane of the paper. At t=0, the loop starts rotating about the common diameter as axis with a constant angular velocity ω in the magnetic field. Which of the following options is/are correct?
21
Oct
A circular insulated copper wire loop is twisted to form two loops of area A and 2A as shown in the figure. At the point of crossing the wires remain electrically insulated from each other. The entire loop lies in the plane (of the paper). A uniform magnetic field B point into the plane of [...]
Tags:
are kept on top of two identical solenoids as shown in the figure . When current I is switched on in both the solenoids in identical manner ,
identical in shape and size but having different reistivities ρA and ρB ,
repectively ,
the rings A and B jump to heights hA and hB ,
Two metallic rings A and B ,
with hA > hB . The possible relation(s) between their resistivities and their masses mA and mB is(are) ,
Two metallic rings A and B, identical in shape and size but having different reistivities ρA and ρB, are kept on top of two identical solenoids as shown in the figure . When current I is switched on in both the solenoids in identical manner, the rings A and B jump to heights hA and hB, repectively , with hA > hB . The possible relation(s) between their resistivities and their masses mA and mB is(are)
21
Oct
Two metallic rings A and B, identical in shape and size but having different reistivities ρA and ρB, are kept on top of two identical solenoids as shown in the figure . When current I is switched on in both the solenoids in identical manner, the rings A and B jump to heights hA and [...]
Tags:
are kept on top of two identical solenoids as shown in the figure . When current I is switched on in both the solenoids in identical manner ,
identical in shape and size but having different reistivities ρA and ρB ,
repectively ,
the rings A and B jump to heights hA and hB ,
Two metallic rings A and B ,
with hA > hB . The possible relation(s) between their resistivities and their masses mA and mB is(are) ,