Physics-
General
Easy
Question
The potential difference across AB (VAB) IS
The correct answer is:
Related Questions to study
Physics-
The variation of potential difference across A and C with time can be represented as:
The variation of potential difference across A and C with time can be represented as:
Physics-General
Chemistry-
The. Principle(s).involved in chromatographic operation is/are
The. Principle(s).involved in chromatographic operation is/are
Chemistry-General
Chemistry-
Which of the following relations is/are correct?
i) 
constant (at high pressure)
ii) constant 
(at intermediate pressure)
iii) constant 
(at low pressure)
Which of the following relations is/are correct?
i) constant (at high pressure)
ii) constant (at intermediate pressure)
iii) constant (at low pressure)
Chemistry-General
Chemistry-
In the titration between oxalic' acid and acidified potassium permanganate, the manganous salt formed during the reaction catalyses the reaction The manganous salt acts as:
In the titration between oxalic' acid and acidified potassium permanganate, the manganous salt formed during the reaction catalyses the reaction The manganous salt acts as:
Chemistry-General
Chemistry-
which plot is the adsorption isobar for chemisorption
which plot is the adsorption isobar for chemisorption
Chemistry-General
Chemistry-
Which is an example of autocatalysis?
Which is an example of autocatalysis?
Chemistry-General
Physics-
The potential difference across inductor VL is:
The potential difference across inductor VL is:
Physics-General
Physics-
The variation of current in the inductor with time can be represented as:
The variation of current in the inductor with time can be represented as:
Physics-General
Physics-
The current i L is
The current i L is
Physics-General
Physics-
The figure shows variation of R X and X L C with frequency f in a series L, C, R circuit Then for what frequency point, the circuit is inductive
The figure shows variation of R X and X L C with frequency f in a series L, C, R circuit Then for what frequency point, the circuit is inductive
Physics-General
Physics-
When an ac source of emf 
sin
is connected across a circuit, the phase difference between the emf e and the current i in the circuit is observed to be 
, as shown in the diagram If the circuit consists possibly only of RC or LC in series, find the relationship between the two elements
When an ac source of emf sin is connected across a circuit, the phase difference between the emf e and the current i in the circuit is observed to be , as shown in the diagram If the circuit consists possibly only of RC or LC in series, find the relationship between the two elements
Physics-General
Physics-
When an AC source of emf E = E0 Sin (100t) is connected across a circuit, the phase difference between the emf E and the current I in the circuit is observed to be , as shown in the figure If the circuit consists only of R– C(or)R–L(or) L–C series Possible values of the elements of the circuit are
When an AC source of emf E = E0 Sin (100t) is connected across a circuit, the phase difference between the emf E and the current I in the circuit is observed to be , as shown in the figure If the circuit consists only of R– C(or)R–L(or) L–C series Possible values of the elements of the circuit are
Physics-General
Chemistry-
1 g of a metal required 50 mL of 0.5 N HCl to dissolve it The equivalent mass of the metal is:
1 g of a metal required 50 mL of 0.5 N HCl to dissolve it The equivalent mass of the metal is:
Chemistry-General
Physics-
If the reading of the voltmeters vary with time AS:
sin
and 
then the unknown circuit element x is a:
a) pure (or ideal) inductor
b) practical inductor
c) pure (or ideal) capacitor
d) practical capacitor
If the reading of the voltmeters vary with time AS: sin and then the unknown circuit element x is a:
a) pure (or ideal) inductor
b) practical inductor
c) pure (or ideal) capacitor
d) practical capacitor
Physics-General
Physics-
When two A.C generators of emfs V1 and V2 and same frequency connected in series, the emf across A and B is ( 
= phase angle difference between the generators):
When two A.C generators of emfs V1 and V2 and same frequency connected in series, the emf across A and B is ( = phase angle difference between the generators):
Physics-General
