Question
Which of the following statement is true for displacement current

Answer

Displacement current is due to change of electric flux with time.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

In the above chemical reaction sequence " $\mathrm{A}$ " and " $\mathrm{B}$ " respectively are :
$1000$ small water drops each of capacitance $C$ join together to form one large spherical drop. The capacitance of bigger sphere is ......... $C$
Modern vacuum pumps can evacuate a vessel down to a pressure of $4.0 \times {10^{ - 15}}\, atm$ at room temperature $(300\, K)$. Taking $R = 8.0\, JK^{-1}\, mole^{-1}$ , $1\, atm = 10^5\, Pa$ and $N_ {Avogadro} = 6 \times 10^{23}\, mole^{-1}$ , the mean distance between molecules of gas in an evacuated vessel will be of the order of
A physcial quantity $x$ depends on quantities $y$ and $z$ as follows: $x = Ay + B\tan Cz$, where $A,\,B$ and $C$ are constants. Which of the following do not have the same dimensions
A faulty thermometer has its lower fixed point marked as $ - \,10^\circ C$ and upper fixed point marked as $110^o $ and upper fixed point marked as $110^o $. If the temperature of the body shown in this scale is $62^o $, the temperature shown on the Celsius scale is ........ $^oC$
For particle $P$ revolving round the centre $O$ with radius of circular path $r$ and angular velocity $\omega$, as shown in below figure, the projection of $OP$ on the $x$-axis at time $t$ is $.................$.
Why the current does not rise immediately in a circuit containing inductance
Tollen's reagent is
Match List-I with List II.
List-IList - II
(Spectral Lines of Hydrogen for transitions from)(Wavelengths (nm))
A. $n _2=3$ to $n _1=2$I. 410.2
B. $n _2=4$ to $n _1=2$II 434.1
C. $n _2=5$ to $n _1=2$III 656.3
D. $n_2=6$ to $n_1=2$IV 486.1
$Assertion :$ For Reynold’s number $Re > 2000$, the flow of fluid is turbulent.
$Reason :$ Inertial forces are dominant compared to the viscous forces at such high Reynold’s numbers.