Two tangent galvanometer A and B are identical except in their number of turns. They are connected in series. On passing a current through them, deflections of `60^(@) and 30^(@)` are produced. The ration of the number of turns in A and B is

Two tangent galvanometers A and B are identical except in their number of turns . They are connected in seris . On passing a current through them, deflections of 60^(@)and30^(@) are produced . The ratio of the number of turns in A and B is

Two tangent galvonometers A and B are identical except in their number of truns. They are connected in series. On possing a current through them, deflectors of 60^@ and 30^@ are produced. The ratio of the number of turns in A and B is

Two tangent galvanometer A and B differing only in the number of turns in their coils are connected in series. On passing a current through them, the deflections in A and B are 40^(@) and 26.5^(@) respectively. Calculate the ratio of their numbers of turns.

Two tangent galvanometer P and Q differ only in the number of turns of their coils and are connected in series. On passing a current through them, the deflections in P and Q are found to gbe 45^(@) and 35^(@) respectively. Calculate the ratio of the number of turns

Two tangent galvanometers having coils of the same radius are connected in series. A current flowing in them produces deflections of 60^(@) and 45^(@) respectively. The ratio of the number of turns in the coils is

Two tangent galvanometers having coils of the same radius are connected in series. A current flowing in them produces deflections of 60^(@) and 45^(@) respectively. The ratio of the number of turns in the coils is

Two tangent galvanometers having coils of the same radius are connected in series. A current flowing in them produces deflections of 60^(@) and 45^(@) respectively. The ratio of the number of turns in the coils is