357341
In the potentiometer experiment the ratio of \({\varepsilon _1}\) and \({\varepsilon _2}\) is equal to 2. If the balancing length \({l_1} = 10cm\), when the switch \({S_1}\) is closed and \({S_2}\) is open. Find the bal ancing length when \({S_1}\) is open and \({S_2}\) is closed.
357344 Three resistance \(P\), \(Q\), \(R\) each of \(2\,\Omega \) and an unknown resistance \(S\) form the four arms of a Wheatstone bridge circuit. When a resistance of \(6{\kern 1pt} \Omega \) is connected in parallel to \(S\) the bridge gets balanced. What is the value of \(S\) ?
357341
In the potentiometer experiment the ratio of \({\varepsilon _1}\) and \({\varepsilon _2}\) is equal to 2. If the balancing length \({l_1} = 10cm\), when the switch \({S_1}\) is closed and \({S_2}\) is open. Find the bal ancing length when \({S_1}\) is open and \({S_2}\) is closed.
357344 Three resistance \(P\), \(Q\), \(R\) each of \(2\,\Omega \) and an unknown resistance \(S\) form the four arms of a Wheatstone bridge circuit. When a resistance of \(6{\kern 1pt} \Omega \) is connected in parallel to \(S\) the bridge gets balanced. What is the value of \(S\) ?
357341
In the potentiometer experiment the ratio of \({\varepsilon _1}\) and \({\varepsilon _2}\) is equal to 2. If the balancing length \({l_1} = 10cm\), when the switch \({S_1}\) is closed and \({S_2}\) is open. Find the bal ancing length when \({S_1}\) is open and \({S_2}\) is closed.
357344 Three resistance \(P\), \(Q\), \(R\) each of \(2\,\Omega \) and an unknown resistance \(S\) form the four arms of a Wheatstone bridge circuit. When a resistance of \(6{\kern 1pt} \Omega \) is connected in parallel to \(S\) the bridge gets balanced. What is the value of \(S\) ?
357341
In the potentiometer experiment the ratio of \({\varepsilon _1}\) and \({\varepsilon _2}\) is equal to 2. If the balancing length \({l_1} = 10cm\), when the switch \({S_1}\) is closed and \({S_2}\) is open. Find the bal ancing length when \({S_1}\) is open and \({S_2}\) is closed.
357344 Three resistance \(P\), \(Q\), \(R\) each of \(2\,\Omega \) and an unknown resistance \(S\) form the four arms of a Wheatstone bridge circuit. When a resistance of \(6{\kern 1pt} \Omega \) is connected in parallel to \(S\) the bridge gets balanced. What is the value of \(S\) ?
357341
In the potentiometer experiment the ratio of \({\varepsilon _1}\) and \({\varepsilon _2}\) is equal to 2. If the balancing length \({l_1} = 10cm\), when the switch \({S_1}\) is closed and \({S_2}\) is open. Find the bal ancing length when \({S_1}\) is open and \({S_2}\) is closed.
357344 Three resistance \(P\), \(Q\), \(R\) each of \(2\,\Omega \) and an unknown resistance \(S\) form the four arms of a Wheatstone bridge circuit. When a resistance of \(6{\kern 1pt} \Omega \) is connected in parallel to \(S\) the bridge gets balanced. What is the value of \(S\) ?