A network of resistance is constructed with `R_1 and R_2` as shown in fig. The potential at the points 1,2,3 …., N are `V_1, V_2,V_3,…,V_n,` respectively, each having a potential k times smaller then the previous one.

The ratio `R_1//R_2` is

A network of resistance is constructed with R_1 and R_2 as shown in fig. The potential at the points 1,2,3 …., N are V_1, V_2,V_3,…,V_n, respectively, each having a potential k times smaller then the previous one. The ratio R_2//R_3 is

A network of resistance is constructed with R_1 and R_2 as shown in fig. The potential at the points 1,2,3 …., N are V_1, V_2,V_3,…,V_n, respectively, each having a potential k times smaller then the previous one. The current that passes through the resistance R_2 nearest to the V_0 is

A network of resistance is constructed with R_1 and R_2 as shown in fig. The potential at the points 1,2,3 …., N are V_1, V_2,V_3,…,V_n, respectively, each having a potential k times smaller then the previous one. The current that passes through the resistance R_2 nearest to the V_0 is

A network of resistance is constructed with R_(1)" and R_(2) as shown in the figure. The potential at the points 1, 2, 3,………., N are V_(1), V_(2), V_(3)",……..," V_(n) respectively each havig a potential K time smaller than privious one. Find : (R_(1)/R_(2))xx(R_(2)/R_(3))" in terms of K".

A network of resistance is constructed with R_(1)&R_(2) as shown in the figure . The potential at the points 1,2,3 ,,,,, N and V_(1),V_(2),V_(3),,,,,,, V_(n) respectively each having a potential k time smaller than previous one. Find (R_(1))/(R_(2))and(R_(2))/(R_(3)) in terms of k

Three uncharged capacitors are connected as shown in the figure. If potentials at point P, Q and R are maintained at 1V, 2V, 3V respectively, then potential at O becomes .

Three capacitors C_(1),C_(2) and C_(3) are connected as shown in, The potentials of P,Q , and R are V_(1),V_(2), and V_(3) , respectively. Find the potential V_(0) at the function O . .

Three capacitors C_(1),C_(2) and C_(3) are connected as shown in, The potentials of P,Q , and R are V_(1),V_(2), and V_(3) , respectively. Find the potential V_(0) at the function O . .