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A galvanometer of 100 Omega resistance gives full scale deflection when 10 mA of current is passed. To convert it into 10 A range ammeter, the resistance of the shunt required will be
The maximum current in a galvanometer can be 10 mA. Its resistance is 10 Omega . To convert it into an ammeter of 1 A, what resistance should be connected in parallel with galvanometer (in 10^(-1)Omega) ?
An ammeter gives full scale deflection when current of 1.0 A is passed in it. To convert it into 10 A range ammeter, the ratio of its resistance and the shunt resistance will be
A 50 ohm galvanometer gets full scale deflection when a current of 0.01 A passes through the coil. When it is converted to a 10 A ammeter, the shunt resistance is
A galvanometer has a resistance of 118Omega and gives full scale deflection for a current of 50 m A. if it is required to convert into an ammeter of range 3A, the shunt resistance should be
A galvanometer coil has a resistance of 10A and the meter shows full scale deflection for a current of 1mA. The shunt resistance required to convert the galvanometer into an ammeter of range 0-100mA is about
A galvanometer has a resistance of 25 ohm and a maximum of 0.01 A current can be passed throught it. In order to change it into an ammeter of range 10 A , the shunt resistance required is
An ammeter of resistance 0.6Omega can measure current upto 1.0 A. Calculate (i) The shunt resistance required to enable the ammeter to measure current upto 5.0 A (ii) The combined resistance of the ammeter and the shunt.
In the given circuit, a galvanometer with a resistance of 70 Omega is converted to an ammeter 0.05 Omega by a shunt resistance of 0.05 2, total current measured by this device
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