In an electric circuit, state the relationship between the direction of conventional current and the direction of flow of electrons.
In an electric circuit, state the relationship between the direction of conventional current and the direction of flow of electrons.
The direction of conventional current is opposite to the direction of flow of electrons.
Similar Questions
Calculate the number of electrons that would flow per second through the cross$-$section of a wire when $1 \,A$ current flows in it.
Calculate the number of electrons that would flow per second through the cross$-$section of a wire when $1 \,A$ current flows in it.
$A$ hot plate of an electric oven, connected to a $200 \,V$ line. It has two resistance coils $A$ and $B$ each of the $30\, \Omega$ which may be used separately, in series or in parallel. Find the value of the current required in each of the three cases.
$A$ hot plate of an electric oven, connected to a $200 \,V$ line. It has two resistance coils $A$ and $B$ each of the $30\, \Omega$ which may be used separately, in series or in parallel. Find the value of the current required in each of the three cases.
Which has a greater resistance$-$a $100$ $W$ bulb or a $60$ $W$ bulb ?
Which has a greater resistance$-$a $100$ $W$ bulb or a $60$ $W$ bulb ?
What is the cause of resistance ?
What is the cause of resistance ?
How will you infer with the help of an experiment that the same current flows through every part of the circuit containing three resistances in series connected to a battery?
How will you infer with the help of an experiment that the same current flows through every part of the circuit containing three resistances in series connected to a battery?