Question
The variation of current in the inductor with time can be represented as:
The correct answer is:
Related Questions to study
The current i L is
The current i L is
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
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
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
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:
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
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):
A combination of elements is enclosed in a black box and the voltage and currents are measured across this black box The expression for applied voltage; and the current flowing in it is 
were 
rad/sec Then the wrong statement is:
A combination of elements is enclosed in a black box and the voltage and currents are measured across this black box The expression for applied voltage; and the current flowing in it is were rad/sec Then the wrong statement is:
A current source sends a current 
When connected across an unknown load gives a voltage output of,
across that load Then voltage across the current source may be brought in phase with the current through it by:
A current source sends a current When connected across an unknown load gives a voltage output of, across that load Then voltage across the current source may be brought in phase with the current through it by:
In the circuit, as shown in the figure, if the value of R.M.S current is 2.2 ampere, the power factor of the box is
In the circuit, as shown in the figure, if the value of R.M.S current is 2.2 ampere, the power factor of the box is
A generator with an adjustable frequency of oscillation is connected to resistance, R =100 
, inductances, L1 =1.7 MH and L2 = 2.3 MH and capacitances 
and 
The resonant angular frequency of the circuit is
A generator with an adjustable frequency of oscillation is connected to resistance, R =100 , inductances, L1 =1.7 MH and L2 = 2.3 MH and capacitances and The resonant angular frequency of the circuit is
A constant voltage at different frequencies is applied across a capacitance C as shown in the figure Which of the following graphs 
Correctly depicts the variation of current with frequency.
A constant voltage at different frequencies is applied across a capacitance C as shown in the figure Which of the following graphs
Correctly depicts the variation of current with frequency.
The voltage across a pure inductor is represented by the following diagram Which one of the following diagrams will represent the current
The voltage across a pure inductor is represented by the following diagram Which one of the following diagrams will represent the current
The current ‘i’ in an inductance coil varies with time ‘t’ according to following graph 
Which one of the following figures shows the variations of voltage in the coil?
The current ‘i’ in an inductance coil varies with time ‘t’ according to following graph
Which one of the following figures shows the variations of voltage in the coil?
The ag e of articles of org aniconic in can be estimated by radiocarbon dating. The radio-isotope carbon-14 is produced continuously in the upper atmosphere as the nitrogen atoms capture
cosmic ray neutrons.
The 14 C atoms react with oxygen molecules to form 14CO2, 14CO2 is absorbed by the plants in photosynthesis. Carbon-14 decays with a half Life OF 5730 years.
After death, the plant no Longer carries out photosynthesis, so it no Longer takes-up 14 CO2 Other org anisms that consume plants for food stop doing so at-death. The emission from 14 C in dead tissue then decreases with the passage of time. The activity per g ram of carbon is a measure of the Length of time elapsed since death. The carbon-14 technique is useful only for dating objects for a Limited period of time.
In carbon dating:
The ag e of articles of org aniconic in can be estimated by radiocarbon dating. The radio-isotope carbon-14 is produced continuously in the upper atmosphere as the nitrogen atoms capture
cosmic ray neutrons.
The 14 C atoms react with oxygen molecules to form 14CO2, 14CO2 is absorbed by the plants in photosynthesis. Carbon-14 decays with a half Life OF 5730 years.
After death, the plant no Longer carries out photosynthesis, so it no Longer takes-up 14 CO2 Other org anisms that consume plants for food stop doing so at-death. The emission from 14 C in dead tissue then decreases with the passage of time. The activity per g ram of carbon is a measure of the Length of time elapsed since death. The carbon-14 technique is useful only for dating objects for a Limited period of time.
In carbon dating:
