Static Electricity
Types of Charging
Charges
**Lightning**
Bohr Models
100

This is the subatomic particle that can transfer from one atom to another.

Electron

100

This type of charging is caused by rubbing two different substances together.

Friction

100

An object with an equal number of electrons and protons has this charge.

Neutral

100

Lightning is an example of this type of electricity.

Static

100

The maximum # of electrons that fit in the 1st Energy Level

2 electrons

200

The definition of static electricity

The buildup of negative electrons on the surface of an object, resulting in an imbalance of charges

200

This type of charging happens when a charged object touches a differently charged object.

Contact

200

An object with more electrons than protons has this charge.

Negative

200

The location of negative charges within the lightning cloud.

The bottom of the cloud

200

The maximum # of electrons that fit in the 2nd Energy Level

8 electrons

300

Two oppositely charged particles will do this.

Attract

300

This type of charging happens when an electric charge is transferred from one substance to a neutral substance WITHOUT touching.

Induction

300

An object with less electrons than protons has this charge.

Positive

300

The location of positive charges within the lightning cloud.

The top of the cloud

300

The maximum # of electrons that fit in the 3rd Energy Level

8 electrons (in our class) / 18 electrons (in reality)

400

Two particles with the same charge will do this.

Repel

400

The sticky tape lab was an example of this type of charging.

Friction (tape was rubbing/ripping apart from each other)

400

This is how you mathematically calculate the net charge of an atom (what is the equation for charge?).

Charge = Protons - Electrons

400

These things collide within the lightning cloud to create the imbalance of charges.

Water droplets and ice particles

400

The number of energy levels that an atom with 11 electrons will need.

3 Energy Levels (2-8-1)

500

Shocks, sparks, or clinging/attraction happen because of this.

Electrons trying to rebalance

500

You rub a balloon on a wool sweater. Draw a picture of what the charges on the balloon and sweater look like.

Balloon (negative charge) and sweater (positive charge)

500

Two balloons are rubbed with wool and repel each other. Explain why that is the case.

Each ballon gets a negative charge. Like charges repel.

500

The average lightning bolt has this many electrons.

100 quintillion or 1020 electrons.

500

The number of energy levels that an atom with 19 electrons will need.

4 Energy Levels (2-8-8-1)