This is a property that causes subatomic particles such as protons and electrons to attract or repel one another

This is a material through which electric charge cannot flow easily

This is a law stating that the total electric charge in an isolated system is constant; electric charge is never created or destroyed

This is a push or a pull

This is The study of the behavior of electric charges, including how charge is transferred between objects

This is the transfer of charge without contact between materials.

This is a material’s ability to allow heat or electric charges to flow

This is the attraction or repulsion between electrically charged objects

This is a material through which electric charge can flow easily

Which of the following statements are true about scientific models?

What are the three parts of atoms?

What are the two kinds of charged particles in atoms and what is their charge? (Choose two answers)

What does the law of electric charges say about two objects that each have a positive charge?

What does the law of electric charges say about two charges in which one is a negative charge and the other is a positive charge?

What does the law of electric charges say about two charges in which one is positive and the other is neutral?

What is a neutral atom and how does it become charged?

Two charged objects that are near each other create a force on each other. There are two things that make an electric force stronger. Choose the two answer below that make an electric force stronger

Two charged objects repel each other and start to move farther away. What happens to the elctric force on both objects as they move farther away?

What is the name of the region that is around all charged objects? That pushes or pulls another charged object?

What are arrows or vectors (in relation to electric charges)?

Which way do electric fields point to for negatively charged objects?

Which way do electric fields point to for positively charged objects?

When you take your clothes out from the dryer, sometimes there is static electricity on the clothes. This is caused by:

An example of this type of charging is like when the hair on the wig stands up when it is placed on the Van de Graaff generator when it is turned on:

An example of this type of charging is like when you have socks on and rub them on carpet, building up a charge

This type of charging occurs without the two objects touching.

This type of charging occurs when two things are rubbed together because when this happens, electrons from one objects are rubbed off to the other. This usually makes one object positive and the other negative

True or False. Static charge is the buildup of charge in an object and staying there

True or False. Objects tend to be neutral. They can become charged by gaining or losing protons

True or False. Objects want to hold a charge for as long as they can because objects don't want to be neutral.

True or False. When objects do release this charge, this is called static discharge, which can occur with sparks or lightening.

Examples of this type of material include plastic, rubber, and glass.

Examples of this type of material include metals like aluminum, copper, and silver

This type of material allows for the easy flow of electricity

This type of material resists the flow of electrons, thus resists the flow of electricity.

What kind of charges does each object have?

At which point is the electric filed around the positive charge the strongest?

At which point is the electric filed around the positive charge the weakest?

Two positively charged objects (Object A and Object B) are 8 inches apart. When a positively charged ball is hung at an equal distance between the two positively charged objects, the ball moves toward Object B (see picture ). What can you conclude about the relative amount of positive charge on Object A and Object B?

Look at the picture. Your physics teacher has prepared the room for the class's entry by suspending several inflated balloons from the ceiling. Upon entering the physics room, you observe two balloons being drawn towards each other as shown at the right. The attraction of these balloons for one another provides evidence that ______.

Look at the picture. On one occasion, the following charge interactions between balloons A, B and C are observed. In this case, it is known that balloon B is charged negatively. Based on these observations, what can you conclusively confirm about the charge on balloon A and C for this situation.

The charge of balloon A is ____?

Look at the picture. On one occasion, the following charge interactions between balloons A, B and C are observed. In this case, it is known that balloon B is charged negatively. Based on these observations, what can you conclusively confirm about the charge on balloon A and C for this situation.

The charge of balloon C is ____?