![BALDR U.S. Electricity Usage Monitor for Home - Kilowatt Meter Sockets - Watt Meter that Plugs into Appliances BALDR U.S. Electricity Usage Monitor for Home - Kilowatt Meter Sockets - Watt Meter that Plugs into Appliances](https://m.media-amazon.com/images/I/61lqgl8yD0L.jpg)
BALDR U.S. Electricity Usage Monitor for Home - Kilowatt Meter Sockets - Watt Meter that Plugs into Appliances
![In a meter bridge the length of the wire is 100cm.the point at which will the balance be obtained if the two resistance are in the ratio 2:3 is$\\begin{align} A.\\text{ }20cm \\\\ In a meter bridge the length of the wire is 100cm.the point at which will the balance be obtained if the two resistance are in the ratio 2:3 is$\\begin{align} A.\\text{ }20cm \\\\](https://www.vedantu.com/question-sets/7a7cc610-3cde-4c04-9c96-3e97445f6fd71791472761211109256.png)
In a meter bridge the length of the wire is 100cm.the point at which will the balance be obtained if the two resistance are in the ratio 2:3 is$\\begin{align} A.\\text{ }20cm \\\\
![A particle of mass 1 kg is moving along the line y = x + 3 (x and y are in meter) with speed 3 m/s. - YouTube A particle of mass 1 kg is moving along the line y = x + 3 (x and y are in meter) with speed 3 m/s. - YouTube](https://i.ytimg.com/vi/3KCFQkEJtCM/maxresdefault.jpg)
A particle of mass 1 kg is moving along the line y = x + 3 (x and y are in meter) with speed 3 m/s. - YouTube
![A particle is moved along a path AB−BC−CD−DE−EF−FA, as shown in figure in presence of a force $F=(\\alpha yi+2\\alpha xj)N$, where x and y are in meter and $\\alpha =-1N{{m}^{-1}}$. The work A particle is moved along a path AB−BC−CD−DE−EF−FA, as shown in figure in presence of a force $F=(\\alpha yi+2\\alpha xj)N$, where x and y are in meter and $\\alpha =-1N{{m}^{-1}}$. The work](https://www.vedantu.com/question-sets/42e8ac9e-9d25-4dbf-ab42-4b4e2a95e1074691826811100083130.png)