For the arrangement shown in figure
For the arrangement shown in Figure, the switch is closed at t=0. The time after which the current becomes 2.5μA is given by
03
Dec
For the arrangement shown in Figure, the switch is closed at t=0. The time after which the current becomes 2.5μA is given by For the arrangement shown in figure the switch is closed at t=0. The time after which the current becomes 2.5μA is given by December 3, 2020 Category: Arihant Physics by D.C Pandey [...]
For the arrangement shown in figure, identify the correct statement .(1) The charge on the 12 muF capacitor is zero. ( 2) The charge on the 12 muF capacitor is 30 muC.
08
Nov
For the arrangement shown in figure, identify the correct statement .(1) The charge on the 12 muF capacitor is zero. ( 2) The charge on the 12 muF capacitor is 30 muC. For the arrangement shown in figure identify the correct statement .(1) The charge on the 12 muF capacitor is zero. ( 2) The [...]
Calculate the magnetic induction at P, for the arrangement shown in figure, when two similar short magnets of magnetic moment M are joined at the middle. So that they are mutually perpendicular –
18
Oct
Calculate the magnetic induction at P, for the arrangement shown in figure, when two similar short magnets of magnetic moment M are joined at the middle. So that they are mutually perpendicular – Calculate the magnetic induction at P For the arrangement shown in figure when two similar short magnets of magnetic moment M are [...]
A wire is bent into the shape shown in fig and the magnetic field is measured at P1 when the current in the wire is I. The same wire is then formed into the shape shown in the Fig and the magnetic field is measured at point P2 when the current is again I. If the total length of wire is the same in each case, what is the ratio of B1/B2 ?
16
Oct
A wire is bent into the shape shown in fig and the magnetic field is measured at P1 when the current in the wire is I. The same wire is then formed into the shape shown in the Fig and the magnetic field is measured at point P2 when the current is again I. If [...]
For the arrangement shown in figure, determine the magnetic field at centre O .
16
Oct
For the arrangement shown in figure, determine the magnetic field at centre O . determine the magnetic field at centre O . For the arrangement shown in figure October 16, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,