Galvanometer and Its Types

A moving coil galvanometer on connecting with a high resistance in series is converted into:

What are the different types of galvanometer.

Draw a neat and labelled diagram of a suspended moving coil galvanometer. Also, show that the current through an $\mathrm{MCG}$ is directly proportional to the deflection of a coil.

Why the coil of the moving coil galvanometer is wound over an aluminium frame.

The radial magnetic field is used in a suspended coil galvanometer to provide-

State properties of the material of the wire used for suspension of the coil in a Suspended Coil Galvanometer.

Why the pole piece of the magnet used in a pivoted coil galvanometer are Cylindrical surface of a bar magnet

What is pivoted coil galvanometer

What is the construction of moving coil galvanometer?

Describe the working mechanism of pivoted coil galvanometer.

Why in a moving coil galvanometer, a strong horseshoe magnet of concave shaped pole pieces is used

Write the Types of Galvanometer.

In order to increase the sensitivity of galvanometer,

The thermo e.m.f of the copper-constantan couple is $40 \mathrm{\mu V}$ per degree. The smallest temperature difference that can be detected with this couple and a galvanometer of $100 \mathrm{\Omega }$ resistance capable of measuring the minimum current of $1 \mathrm{\mu A}$ is:

The maximum current in a galvanometer can be $10 \mathrm{mA}$. It's resistance is $10\mathrm{\Omega }$. To convert it into an ammeter of $1 \mathrm{A}$, a resistor should be connected in

When a galvanometer is shunted with a $4 \mathrm{\Omega }$ resistance, the deflection is reduced to one-fifth. If the galvanometer is further shunted with a $2 \mathrm{\Omega }$ wire, find the ratio of decrease in current to the previous current (the main current remains the same).

Two galvanometers A and B requires $2 \mathrm{mA}$ and $3 \mathrm{mA}$ current, respectively to produce the same deflection of $10$ division. Then

To verify Ohm's law, a student is provided with a test resistor $R_T,$ a high resistance $R_1,$ a small resistance $R_2,$ two identical galvanometers $G_1$ and $G_2,$ and a variable voltage source $\mathrm{V}.$. The correct circuit to carry out the experiment is:-  

Identify the option which indicates the correct method to convert a moving coil galvanometer into an ammeter.

Choose the option which correctly depicts the deflection ($\mathrm{\varphi }$) on the scale of a moving coil galvanometer.