positive charge

It had passed a region of positive charge and remained in place.

This means that if you put two positive charges close together and let them go, they would move apart.

This leaves behind an area of positive charge, or hole.

They defined current to be in the direction of the positive charges.

Another went at the last to drain the round of its positive charge.

Let us say that the charged object has a positive charge.

In still others, the current is entirely due to positive charge flow.

The distance between positive charges is more difficult to calculate.

It just depends on how you consider if current is negative or positive charges.

To make it a little more plausible, one might think in terms of a negative and a positive charge.

This positive charge attracts it to the skin and hair.

But the Thing had fled, before, when the positive charge was vastly less than this.

The red part was the positive charge and the seeds were the electrons.

The other type is called a cation, and these have a positive charge.

The problem is that these nuclei have a positive charge, making them avoid each other.

Suppose, therefore, that the left bucket has a small positive charge.

In the red form, all three nitrogen atoms carry a positive charge.

Normally, the balance of these species leaves a net positive charge.

Now the right ring also has some positive charge since it is connected to the bucket.

By definition the vector points from the negative to the positive charge.

The atoms that the electrons came from just end up with an overall positive charge.

This strike held a particularly strong positive charge of 35 kAmps.

To avoid confusion over its sign, e is sometimes called the elementary positive charge.

This does not continue forever since the electrons leave positive charges on the metal they have left.

If the charged object has a positive charge, the force and acceleration will be in the direction of the field.