In the given circuit, with steady current, the potential drop across the capacitor must be
|
(a) V |
(b) V / 2 |
(c) V / 3 |
(d) 2V / 3 |
In the given circuit, with steady current, the potential drop across the capacitor must be
|
(a) V |
(b) V / 2 |
(c) V / 3 |
(d) 2V / 3 |
(c) V / 3
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The resistance of 1 A ammeter is 0.018 Ω . To convert it into 10 A ammeter, the shunt resistance required will be
|
(a) 0.18 Ω |
(b) 0.0018 Ω |
(c) 0.002 Ω |
(d) 0.12 Ω |
To explain his theory, Bohr used
|
(a) Conservation of linear momentum |
|
(b) Conservation of angular momentum |
|
(c) Conservation of quantum frequency |
|
(d) Conservation of energy |
A reaction between a proton and
that produces
must also liberate
|
(a) |
(b) |
(c) |
(d) |
In the above question, potential difference across the 40Ω resistance will be
|
(a) Zero |
(b) 80 V |
(c) 40 V |
(d) 120 V |