The wheatstone bridge showing in Fig. Here, gets balanced when the carbon resistor used as R1 has the colour code (Orange, Red, Brown). The resistors R 2 and R4 are 80 |
|||
(a) |
Red, Green, Brown |
(b) |
Brown, Blue, Brown |
(c) |
Grey, Black, Brown |
(d) |
Brown, Blue, Black |
The wheatstone bridge showing in Fig. Here, gets balanced when the carbon resistor used as R1 has the colour code (Orange, Red, Brown). The resistors R 2 and R4 are 80 |
|||
(a) |
Red, Green, Brown |
(b) |
Brown, Blue, Brown |
(c) |
Grey, Black, Brown |
(d) |
Brown, Blue, Black |
Two identical spherical balls of mass M and radius R each are stuck on two ends of a rod of length 2R and mass M (see figure). The moment of inertia of the system about the axis passing perpendicularly through the centre of the rod is: |
|||
(a) |
|
(b) |
|
(c) |
|
(d) |
|
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