Presentation is loading. Please wait.

Presentation is loading. Please wait.

Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Electrons dissipated to earth from.

Published byEugene Morrison Modified over 9 years ago

Similar presentations

Presentation on theme: "Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Electrons dissipated to earth from."— Presentation transcript:

1 Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Electrons dissipated to earth from buried copper plate

2 Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Electrons dissipated to earth from buried copper plate

3 Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Lessens charge on cloud Electrons dissipated to earth from buried copper plate

4 Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Lessens charge on cloud Electrons dissipated to earth from buried copper plate

5 Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Lessens charge on cloud Electrons dissipated to earth from buried copper plate

Download ppt "Action of a lightning conductor Negatively charged cloud Highly charged spikes Copper strip Positive ion space charge Electrons dissipated to earth from."

Similar presentations

Distribution of Charge

Distribution of Charge
Atoms Chapter 2, Section 1.

Atoms Chapter 2, Section 1.
Joseph Kings Lithium Atom Please press the space bar and hold It down to view the atom.

Joseph Kings Lithium Atom Please press the space bar and hold It down to view the atom.
BatteriesBatteries How Batteries Work. Three Main Components of Batteries Negative terminal (anode): an electrode made of a metal such as zinc that accumulates.

BatteriesBatteries How Batteries Work. Three Main Components of Batteries Negative terminal (anode): an electrode made of a metal such as zinc that accumulates.
1.When two different insulating materials are rubbed together they become electrically charged. 2.Negative charges (electrons) rub off one material onto.

1.When two different insulating materials are rubbed together they become electrically charged. 2.Negative charges (electrons) rub off one material onto.
Electrostatics Chapter 32. Electrical forces arise from particles in atoms Electrons are attracted to protons. This holds electrons in orbits around the.

Electrostatics Chapter 32. Electrical forces arise from particles in atoms Electrons are attracted to protons. This holds electrons in orbits around the.
Atmospheric Electricity. Dalibard’s Experiment The Earth’s Electric Field.

Atmospheric Electricity. Dalibard’s Experiment The Earth’s Electric Field.
Take out a sheet of paper for notes. # 70 Turn to p. 584.

Take out a sheet of paper for notes. # 70 Turn to p. 584.
Electricity What Is Electricity? A form of energy made up of charges that can produce light, heat, or motion.

Electricity What Is Electricity? A form of energy made up of charges that can produce light, heat, or motion.
Atoms 8.5A The student is expected to describe the structure of atoms, including the masses, electrical charges, and locations, of protons and neutrons.

Atoms 8.5A The student is expected to describe the structure of atoms, including the masses, electrical charges, and locations, of protons and neutrons.
Atomic Structure: Isotopes and Ions. Isotopes  The number of protons for a given atom never changes.  The number of neutrons can change.  Two atoms.

Atomic Structure: Isotopes and Ions. Isotopes  The number of protons for a given atom never changes.  The number of neutrons can change.  Two atoms.
Electricity & Magnetism Chapter 1 - Electricity 8 th Grade.

Electricity & Magnetism Chapter 1 - Electricity 8 th Grade.
Atomic Structure. Atomic Number Found on the periodic table.

Atomic Structure. Atomic Number Found on the periodic table.
Teaching note Just in case you have never tried this before. This is split into 6 spaced learning presentations. The idea is that each one is presented.

Teaching note Just in case you have never tried this before. This is split into 6 spaced learning presentations. The idea is that each one is presented.
Charge, potential difference, energy and current.

Charge, potential difference, energy and current.
Electricity & Magnetism Static, Currents, & Electro Magnets Motors & Generators.

Electricity & Magnetism Static, Currents, & Electro Magnets Motors & Generators.
How Lightning Works Lightning transfers electrons from the atmosphere to Earth. Electrons build up in clouds because wind causes them to rub together.

How Lightning Works Lightning transfers electrons from the atmosphere to Earth. Electrons build up in clouds because wind causes them to rub together.
7.1 Static Charge.  Electric charges that can be collected and held in place  If you recall from the chemistry unit, an atom has protons (positive)

7.1 Static Charge.  Electric charges that can be collected and held in place  If you recall from the chemistry unit, an atom has protons (positive)
Electricity Chapter 10. Recall this info… All matter is made of atoms which are the smallest particle of an element that has all the properties of that.

Electricity Chapter 10. Recall this info… All matter is made of atoms which are the smallest particle of an element that has all the properties of that.
Electric Forces. Atoms Atoms have the following: – Neutrons (neutral charge) – Protons (positive charge) – Electrons (negative charge) Protons and electrons.

Electric Forces. Atoms Atoms have the following: – Neutrons (neutral charge) – Protons (positive charge) – Electrons (negative charge) Protons and electrons.

Similar presentations

Ads by Google