Antimatter By Thomas Powell.

Slides:



Advertisements
Similar presentations
Joseph Kings Lithium Atom Please press the space bar and hold It down to view the atom.
Advertisements

 The atoms of all elements are made up of a central nucleus with orbiting electrons. ◦ A nucleus is made up of positively charged PROTONS and neutral.
Electricity Lesson 1 Forces and Electrical Charges.
Determining the NUMBER of Protons Electrons and Neutrons in Atoms, Ions, and Isotopes.
Matter & Atoms Unit 2. Matter Matter – anything that has mass and takes up space. Matter is made up of MUCH smaller particles known as atoms. 1)
What Makes Up a Atom?. Atoms are the smallest unit of matter. Atoms are the smallest unit of matter. Atoms CANNOT be divided! Atoms CANNOT be divided!
– a unit of matter; the smallest unit of a chemical element.
Periodic Table of Elements
What is an Electric Current?. Everything has the same charge.
Inside An Atom. Nucleus Every Atom has a core called a nucleus. Every Atom has a core called a nucleus. The Nucleus is largest part of an atom (about.
Atomic Structure. Sub-Atomic Particles Nucleus – a dense, positively charged region at the center of the atom Proton p +  Positively charged particle.
The Periodic Table.
The Atomic Theory The smallest particle of an element that can enter into chemical change. 2. Building block of all matter. 3. Consists of a central nucleus.
Structure of an Atom & The Charge of An Atom
Atomic Structure.
Matter & The Atom.
The Chemistry Of Life.
Atomic Structure I. Subatomic Particles C. Johannesson.
Warm Up 1) How can Mr. Baden make second semester better than first semester? 2) What are 5 things you know about electricity?
Electric Charge and Static Electricity
Review PowerPoint Units 1 and 2.
Atomic Structure Chemistry, Unit 1.
Atomic Structure.
Atomic Structure and the Periodic Table
ATOMIC THEORY REVIEW.
Bell Ringer What is the smallest part of a living thing (You learned this last year)?
The Chemistry of Life.
Atoms Atomic Structure.
Bell work – what is an atom?
The Chemistry of atoms Chapter 2.
Matter & The Atom.
Name That Atom! Use your knowledge of atoms to find the name of each of the following atoms. Use a Periodic Table!
Foldables: Atoms Terms.
Force diagram for the balloon
What are the masses of the subatomic particles?
Build An Atom Workshop: Hydrogen 1
A Model for the Electrical Nature of Matter
ATOMS What are they?.
Nature of Matter.
Focus 3 October 3-10 What is matter?
A Model for the Electrical Nature of Matter
ATOMS page 4, Section 3 Atoms- the smallest unit of life
Isotopes and Ions.
Atomic Structure.
Atomic Structure.
Ions.
Structure of an Atom.
Structure of an Atom.
ATOMS CHEM-IS-TRY.
ATOMIC STRUCTURE Unit 1 – Lessons 1 & 2.
Chemistry Chemical Interactions Ch. 1
Radioactive Decay.
Focus 4 Nov What is matter?
Chemistry.
Atoms Atoms are the building blocks of elements.
Reteach concepts from Unit 1
Chapter 6-2 part 1 The Atom.
Electrostatics.
Chapter 2 The Chemistry of Life.
Structure of the Atom Describe the structure and arrangement of atomic particles. Characterize and classify elements based on their atomic structure.
Charges and how they behave
Picture 1 10 protons 10 neutrons = an electron.
Atoms Atoms are the building blocks of elements.
Warm-Up 1/30/14 No need to write anything down!
Electric Charge ch. 15 sec.1.
Day 13 9/8-9/9 Agenda: Activity: what is matter?
Chapter 2 The Chemistry of Life.
Warm-up What is a closed circuit? What is an open circuit?
Example Example 1: The atom of an element has a mass number of 214 and an atomic number of 82. a) How many protons and neutrons does it have? The number.
The Atom Ch.17 Sec.1.
Presentation transcript:

antimatter By Thomas Powell

What is matter Matter is literally everything even air however, matter is actually made of stuff as well, atoms to be precise. It will be them that we will change to make antimatter. However, atoms are made of neutrons (with no charge), protons (with a negative charge) and finally electrons (with a positive charge).

How to make matter and antimatter To make matter you have to smash energy into either more energy or matter however, when you make matter you also make an equal amount of antimatter. At Cern, smashing energy to make matter and antimatter is their job, they don’t just study antimatter there they also try to make new types of matter as well.

What does it look like Antimatter is just the opposite of matter so, the protons now have a positive charge, electrons have a negative charge and the neutrons stay the same. However, the end product is the same so it doesn’t look any different.

Why is it not around Antimatter is not around because if matter and antimatter are in the same place there would be an annihilation event which would destroy the entire universe. So, the question is where did it all go?

this has been a presentation on antimatter