electrically neutral

electrically uncharged

both (1) and (2)

either (1) or (2)

The direction of conventional current is opposite to the direction of flow of electrons.

The direction of conventional current is same as the direction of flow of electrons.

The direction of conventional current is same as the direction of flow of both electrons and protons.

Either (2) or (3)

If a body gains a amount of positive charge the charge on it is + Q.

If a body gains Q amount of negative charge, the charge on it is - Q.

If a body loses Q amount of positive charge, the charge on it is + Q.

If a body loses Q amount of negative charge, the charge on it is + Q.

The SI unit of charge is coulomb

One coulomb is very large amount of charge

One micro coulomb is one millionth of a coulomb or 10^-6C

All are true

the magnitude of the charges

the distance between the charges

both (1) and (2)

neither (1) nor (2)

Two positively charged particles

Two negatively charged particles

One positively charged particle and one negatively charged particle.

None of these

Gold leaf

Brass disc

Metallic rubber

Rubber stopper

whether a body is charged or not

whether the charge on a body is small or large

nature of the charge on a body

all of the above

The structure of an atom is somewhat like the solar system

The nucleus is made of protons and neutrons

Electrons have negative charge and move around the nucleus

All the statements are true regarding structure of an atom

Normally a body has equal amount of positive and negative charge

Normally a body is electrically neutral

A charged body has an excess of one type of charge

A charged body may or may not have excess of one type of charge

Conduction

By the process of induction

Through frictional force

All of these

charge flows from the former to the latter body

charge flows from the latter to the former body

this is the charging by induction

both (1) and (3)

lighting and thunder are caused by the accumulation and separation of charges in the clouds

damages to the building due to lighting can be reduced to a large extent by a lighting conductor

lighting conductor has a set of metal spikes connected by thick metal strip to a large silver plate buried in earth

none of these

It becomes negative ion

It becomes positive ion

It becomes neutral ion

None of these

Total amount of negative charge on the body

Total amount of positive charge on the body

The difference between the positive and negative charges on the body

The total sum of protons, neutrons and electrons present in the body

To be indoors during a thunderstorm

Stay from anything that can act as a target for lighting strike

Both (1) and (2)

Neither (1) nor (2)

To protect building from lighting strikes

To protect building from earthquake strikes

To make the base of body solid

Either (2) or (3)

A list of materials arranged in such a way that a material that is higher up in the series becomes positively charged when it is rubbed against another material lower down the series.

A list of materials arranged in such a way that a material that is higher up in the series becomes negatively charged when it is rubbed against another materials lower down the series.

A list of materials arranged in such a way that a material that is lower up in the series becomes positively charged when it is rubbed against another material lower down the series.

None of these

Human hair

Cotton

Polythene

Paper and pencil

Protons are having positive charge.

Neutrons are having negative charge.

Electrons are having no charge.

Both (2) and (3)