A galvanometer with a scale divided into `100` equal divisions has a current sensitivity of `10` divisions per mA and a voltage sensitivity of `2` divisions per mV. What adoptions are required to read (i) `5A` for full scale and (ii) 1 division per volt?

A galvanomter scale is divided into 100 equal divisions. The current sensitivity is 10 divisions per mA and voltage sensitivity is 5 divisions per mV. How will you convert it to read (i) 8 A for full scale and (ii) 1 division per volt ?

A galvanometer with a scale divided into 150 equal division has a senstivity of 10 divisions per milliampere and a voltage senstivity of 2 divisions per milivolt. What is the resistance of the galvanometer ?

Tha scale of a galvanometer is divided into 150 equal divisions.The galvanometer has a current sensitivity of 10 divisions per mA and a voltage sensitivity of 2 divisions per mV . The galvanometer be designed to read (i) 6 A per division and (ii) 1 V per division?

The scale of galvanometer is divided into 150 equal divisions. The galvanometer has a current sensitivity of 10"divisions"//mA and the voltage sensitivity of 2"divisions"//mV . How the galvanometer be designed to read (i) 6A per division and (ii) 1 V per division?

The scale of galvanometer is divided into 150 equal divisions. The galvanometer has a current sensitivity of 10"divisions"//mA and the voltage sensitivity of 2"divisions"//mV . How the galvanometer be designed to read (i) 6A per division and

The scale of a galvanometer is divided into 150 equal divisions. The galvanomter has a current sensitivity of 15 div per ma and voltage senstivity of 3 div per milliovolt. What is the resisance of the galvanometer?