Field lines for masses vs. electrons

Thread starter Game_Of_Physics
Start date Sep 6, 2017
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Electrons Field Field lines Lines

In summary, field lines are imaginary lines that represent the direction and strength of an electric or magnetic field. They differ for masses and electrons, representing the gravitational and electric fields respectively. These fields interact through the forces of gravity and electricity, which can attract or repel objects. The patterns of field lines can vary depending on the distribution of masses or charges and can affect the motion of objects by exerting a force on them.

Sep 6, 2017

Game_Of_Physics

Is there any difference between the field lines you draw when one mass approached another mass and when two electrons approach one another? If there is no difference, does this mean field lines can't be used to predict the forces both particles feel?

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Sep 6, 2017

vanhees71

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About which fields are you talking in the two cases?

What are field lines?

Field lines are imaginary lines that represent the direction and strength of an electric or magnetic field.

What is the difference between field lines for masses and electrons?

Field lines for masses represent the gravitational field, while field lines for electrons represent the electric field. They have different properties and behave differently.

How do field lines for masses and electrons interact?

Field lines for masses and electrons interact through the force of gravity and the force of electricity, respectively. These forces can attract or repel objects depending on their charge or mass.

Do field lines for masses and electrons always follow the same pattern?

No, field lines for masses and electrons can have different patterns depending on the distribution of the masses or charges in the system. They can also change depending on the strength of the field or the distance between objects.

How do field lines for masses and electrons affect the motion of objects?

Field lines for masses and electrons can affect the motion of objects by exerting a force on them. This force can cause objects to accelerate, change direction, or remain stationary depending on the direction and strength of the field lines.