Is the mass of a body affected on charging by friction?

The mass of a body gets affected very slightly on charging . The negatively charged body gains mass alongside with gaining of electrons.

Does mass change when body is charged?

Charging of any body is the process of increasing or decreasing the number of electrons. The mass of the electrons is almost negligible. Thus, the mass of the body remains unaffected while charging or discharging the body.

How does the weight of a body change when it is charged by rubbing it?

We know that, if a body is charged by rubbing it, then it either loses or gains electrons from the other body and become negatively charged or positively charged. Gain of electrons increases the weight of a body slightly and loss of electrons reduces the weight slightly.

What happens when a body is charged by friction?

Therefore, we can say that if a body is charged by rubbing, its weight may increase slightly or decrease slightly. Hence, option D is the correct option. Note:In the above solution, we have used the terms that the body will lose or gain electrons.

Does motion of a body affect its charge?

No, charge on a body does not change with motion of the body.

When a body is charged positively then its mass?

The charge of a body depends upon transfer of electrons. So, if a body becomes negatively charged, it implies that it has gained electrons and hence its mass will increase. Whereas if a body becomes positively charged it loses electrons hence its mass will decrease.

When a body is charged positively what happens to its mass?

If a body acquires a positive charge, than it meand that it lost few electrons. In this way its mass decreases.

Can a body be charged by rubbing?

When due to rubbing, the number of electrons present on the surface increases, we say that the body Is negatively charged and when after rubbing the number of electrons on the surface decreases, we say that the body is negatively charged, Thus this gain or loss of electrons indicated the charging of the body.

When a body is negatively charged then there is a?

If a body is negatively charged, then it has excess of electrons.

Can a body be charged by friction?

Ans: Yes, friction causes the production of charge on an object. When two objects rub against each other vigorously, the transfer of free electrons takes place between them. The object from which electrons rubbed off acquires a positive charge, whereas the object which gains electrons acquires a negative charge.

What is the cause of charging?

What is the cause of charging? The transfer of electrons from one body to the other is the basic cause of charging.

How does a body gets positively charged?

If the body loses electrons (i.e., electrons are removed from the body) it becomes positively charged and if the body gains electrons (i.e., electrons are added to the body) it becomes negatively charged.

Does force of friction depend on the mass of the body?

Friction DOES NOT depend on the mass of the body. It depends on the normal force and the roughness of the surface in contact. When a body is placed on the ground, the mass of the body (weight= mass*acceleration due to gravity) comes into play for the normal force from the ground.

When a body is positively or negatively charged its mass decreases?

When a body is positively charged, its mass slightly decreases. When a body is negatively charged, its mass slightly increases.

How does the mass of an object change when it becomes?

How does the mass of an object change when it becomes negatively charged? A body becomes negatively charged only when some electrons are transferred to the body i.e., the body gains some electrons. Hence its mass increase slightly. What happens when a positively charged object touches a neutral object?

Does charge of an object depend on its mass?

Does charge of an object depends on its mass? Yes, mass of the object affects it’s charge as from E=mc^2, we can see that energy depends on mass and vice-versa. If object was negatively charged, then after reducing it’s mass, it will remain negative and the same is for positively charged object. Can charge affects the mass of a body?