How to divide positive and negative charges from each other

In summary, if the charges are stationary, it is impossible to divide them without the use of a charged object or particle. This is similar to trying to move a stationary ball without touching it or using a gravitational attraction. The creation of matter is not relevant to this discussion, as all matter has charge patterns.
  • #1
orenrocco
7
0
How to divide positive and negative charges from each other without them interacting with other matter or charge patterns.

,please answer I only need this to make my ultimate machine
 
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  • #2
This depends. Are the charges moving or are they stationary?
 
  • #3
stationary for a moment but then moving one by one after being separated into ****
 
  • #4
It's impossible. You need some type of charged object/physical particle to move it. It's like asking to move a stationary ball without touching it or using a gravitational attraction.
 
  • #5
Then how was matter created in the first place
 
  • #6
What has it to do with matter creation?
 
  • #7
You see all matter has something I call charge patterns
 
  • #8
Sorry...we do not discuss personal theories here.
 

1. How do positive and negative charges form?

Positive and negative charges form due to an imbalance of electrons in an atom. Electrons have a negative charge and when they are added or removed from an atom, it becomes positively or negatively charged.

2. What is the force between positive and negative charges?

The force between positive and negative charges is known as electrostatic force, which is the force of attraction between opposite charges and the force of repulsion between like charges.

3. How can positive and negative charges be divided from each other?

Positive and negative charges can be divided from each other through a process called electrostatic induction. This involves bringing a charged object near a neutral object, causing the electrons in the neutral object to redistribute and create a separation of charges.

4. Can positive and negative charges attract each other?

Yes, positive and negative charges can attract each other due to the electrostatic force. Opposite charges are attracted to each other, while like charges repel.

5. How do positive and negative charges move in an electric field?

Positive charges move towards negative charges, while negative charges move towards positive charges in an electric field. This movement is a result of the electrostatic force acting on the charges.

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