$(1)$ The product of a volt and a coulomb is a joule.
$(2)$ The product of a volt and an ampere is a joule/second.
$(3)$ The product of volt and watt is horse power.
$(4)$ Watt-hour can be measured in terms of electron volt.
State if
Easy
Download our app for free and get started
$W = qV$ also $P = i \times V = \frac{W}{t}$
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
- 1View SolutionFind the current in the loop.
- 2Two non-ideal identical batteries are connected in parallel. Consider the following statementsView Solution
$(i)$ The equivalent e.m.f. is smaller than either of the two $e.m.f.$ is
$(ii)$ The equivalent internal resistance is smaller than either of the two internal resistances
- 3When the switch $S$, in the circuit shown, is closed, then the value of current $i$ will be ................. $A$View Solution
- 4View SolutionOf the two bulbs in a house hold circuit, one glows brighter than the other, Which of the two bulbs has a large resistance?
- 5In the adjoining circuit, the potential difference across $3\,\,\Omega $ is ................ $\mathrm{V}$View Solution
- 6View SolutionA constant voltage is applied between the two ends of a uniform metallic wire. Some heat is developed in it. The heat developed is double if
- 7View SolutionWhich of the following quantities do not change when a resistor connected to a battery is heated due to the current?
- 8A $220\, volt$ and $800\, watt$ electric kettle and three $220\, volt$ and $100\, watt$ bulbs are connected in parallel. On connecting this combination with $220\, volt$ electric supply, the total current will be ................ $ampere$View Solution
- 9A battery of internal resistance one ohm and $emf$ $3\,volt$ sends a current through $1\,metre$ of uniform wire of resistance $5\,\Omega $. The pole of the cell of $emf$ $1.4\,volt$ are connected to two points on the wire so that no current passes through this cell. Then, the potential gradient of the wire isView Solution
- 10The resistances in $WSB$ circuit shown in the diagram all are different and the current through the galvanometer is zero. If all thermal effects are negligible, the current through the galvanometer will not be zero, whenView Solution
