Watt-hour meter measures
Easy
Download our app for free and get started
(a)Watt-hour meter measures electric energy.
Download our appand get started for free
Experience the future of education. Simply download our apps or reach out to us for more information. Let's shape the future of learning together!No signup needed.*
Similar Questions
- 1Find potential at point $'x'$ in given circuit ............... $V$View Solution
- 2View SolutionThe magnitude and direction of the current in the following circuit is :-
- 3In a potentiometer arrangement, a cell gives a balancing point at $75\, cm$ length of wire. This cell is now replaced by another cell of unknown emf. If the ratio of the emf's of two cells respectively is $3: 2$, the difference in the balancing length of the potentiometer wire in above two cases will be.........$cm .$View Solution
- 4The current $I$ drawn from the $5$ volt source will be ............... $A$View Solution
- 5A potentiometer wire has length $10\, m$ and resistance $20\,\Omega $. A $2. 5\, V$ battery of negligible internal resistance is connected across the wire with an $80\,\Omega $ series resistance. The potential gradient on the wire will beView Solution
- 6A uniform wire of $16\,\Omega $ is made into the form of a square. Two opposite corners of the square are connected by a wire of resistance $16\,\Omega $. The effective resistance between the other two opposite corners is ............... $\Omega$View Solution
- 7Three copper rods are subjected to different potential difference. Compare the drift speed of electrons through them. Assume that all $3$ are at the same temperature.View Solution
Length Diameter Potential difference $(A)$ $L$ $3d$ $V$ $(B)$ $2L$ $d$ $2V$ $(C)$ $3L$ $2d$ $2V$ - 8An electric bulb rated as $200\, {W}$ at $100 \,{V}$ is used in a circuit having $200\, {V}$ supply. The resistance $'R'$ that must be put in series with the bulb so that the bulb delivers the same power is $.....\,\Omega$View Solution
- 9Two batteries of different emfs and different internal resistances are connected as shown. The voltage across $A B$ in volts isView Solution
- 10The lowest resistance which can be obtained by connecting $10$ resistors each of $1/10$ $ohm$ isView Solution