ATOMIC THEORY Philosophical Idea to Scientific Theory Chapter 3 Section 1.

Slides:



Advertisements
Similar presentations
Chapter 3 Atoms: The Building Blocks of Matter 3.1 The Atom:
Advertisements

Chapter 3.1. Objectives 1. Explain the law of mass, the law of definite proportions, and the law of multiple proportions 2. Summarize the five essential.
Atomic Theory History of Atom Early Greeks believed that matter consisted of tiny particles – they called the “atoms”
Chapter 2 Atoms. Greek philosopher, Democritus fifth century B.C., coined term atom, as particles that can not be cut or broken up further.
Early Early Atomic ideas 400 BC, Democritus – said world was made up of two things air and a basic particle called an atom. Atom was the smallest piece.
Atoms: The Building Blocks of Matter The Atom: From Philosophical Idea to Scientific Theory.
Laws of Matter & Dalton’s Atomic Theory Reviving the Ancient Idea.
Atomic Theory History of Atom Early Greeks believed that matter consisted of tiny particles – they called the “atoms”
Chapter 3 Atoms and Atomic Structure Write the bullets that are in black font.
Monday, Oct. 21 st : “A” Day Tuesday, Oct. 22 nd : “B” Day Agenda  Begin Chapter 3: “Atoms and Moles” Sec. 3.1: “Substances are Made of Atoms”  In-Class:
The Atom.
John Dalton. Background Born: in Cumberland, England Educated: in Quaker’s school in Eaglesfield Dalton had a teaching position in Manchester Best Known.
From Philosophical Idea to Scientific Theory
By: Andres Sanchez. Law Of Definite Proportions  Law of definite proportions states that two samples of a give compound are made of the same elements.
Chapter 4: Atoms and Elements.  Recognize that all matter is composed of atoms.  Explain the early ideas that led to the current understanding of the.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu Table of Contents Chapter 3 Atoms: The Building Blocks of Matter.
DALTON’S ATOMIC THEORY 1803 Read each of the following postulates and determine whether each is True or False.
Objective: List and explain the 3 laws of atomic theory 5 principles of Dalton’s atomic theory. Catalyst 10/28/10 1. In general, the results of Study 1.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu Table of Contents Chapter 3 Atoms: The Building Blocks of Matter.
standard: i & e (1n) terms: 87 article: 90 & 110 mastering concept: 112(29-33) Homework Cornell notes: 4.1 sec. assessment: 91(1-4) 1.
OUTLINE of TOPICS 1. The Story of Atom 2. Subatomic Particles 3. J.J. Thomson 4. Milikan Middle School 5. E. Rutherford 6. The Periodic Table 7. Counting.
Lesson 2.1 – Atomic Structure History of the Atom.
Atoms and Moles – Chapter 3 Substances are made of atoms 3.1.
Atomic Structure PSC Chapter 3. Atomic Theory of Matter Evidence of atoms Law of Definite Proportions Law of Conservation of Mass Law of Multiple Proportions.
Matter: anything that has a mass BUT…. What is matter made up of?
Chapter 3 Lesson Starter Young people should not smoke.
The Building Blocks of Matter. Objectives Recognize that science is a progressive endeavor that reevaluates and extends what is already known. (SPI 3221.
Ch. 3: Atoms 3.1 Foundations. History  Democritus named the most basic particle named the most basic particle atom- means “indivisible atom- means “indivisible.
Atoms & Their Structure Chapter 2 Section 1 Part 1.
 Objectives: ◦ Explain  The law of conservation of mass  The law of definite proportions  The law of multiple proportions ◦ Summarize the 5 points.
MODERN CHEMISTRY CH 3 Atoms: The Building Blocks of Matter.
Chapter 3 Atoms and matter. laws The transformation of a substance or substances into one or more new substances is known as a chemical reaction. Law.
Law of conservation of mass states that mass can neither be created nor destroyed in a chemical reaction.
 Suggested Reading pgs Pages Chapter 3, Section 1 - Atoms STM (scanning tunneling microscope) image of a single zigzag chain of cesium.
Section 1 The Atom: From Philosophical Idea to Scientific Theory
Dalton’s Atomic Theory. Law of Conservation of Mass The total mass of materials after a chemical reaction is the same as the total mass before the reaction.
1 History – Democritus to Dalton Mr. ShieldsRegents Chemistry U01 L01.
Atoms: PAGE 37 OF INB. Essential Question  How are Dalton’s atomic theory and modern atomic theory similar and different?
3-1 Early Models of the Atom. Atoms? ► The Greek Philosopher Democritus  Proposed that all matter is made up of small indivisible particles  Called.
Chemistry What is chemistry? –Chemistry is the study of matter, what it is made of, and how it changes. What is matter? –Matter is anything that… Has.
Chapter 2.1 The Atomic Theory of Matter. The History of the Atom Greek philosophers in 450 BC Atomos- invisible particles Plato and Aristotle No invisible.
The Atom CHAPTER 3.1 MS. COX’S CHEMISTRY CLASS. Lesson Objectives Explain the law of conservation of mass, the law of multiple proportions and the law.
The Advent of Modern Atomic Theory Vocabulary: 1. theory 2. Democritus 3. science 4. John Dalton 5. Dalton’s model 6. Dalton’s atomic theory 7. Law of.
Chapter 5 Section 1 -In chemistry we must believe in things we cannot see -matter is made up of such tiny particles -everything is made up of matter -matter.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu The activity 1.Break into your groups and move the desks out of the.
From Philosophical Idea to Scientific Theory
Ch. 3 – Atoms: The Building Blocks of Matter
Section 3.1. Atomic Theory  400 BC – Democritus  Coined the term atom from the Greek word atomos  Philosophical Idea – No Experimental Evidence  Idea.
1. Pick up a picture from teacher 2. Conduct research using your phones and textbook to find: birth date- death date country, state, city of origin major.
Atomic Theory & Periodic Table Unit 3 Part 1 (Ch. 4 & 5) Atomic Theory Introduction, Isotopes.
Have you ever tried to observe or study something that you could not see?
Atomic Structure.  Smallest particle of an element w/ properties of that element  About 90 natural elements  Combine to form compounds ◦ Atoms  elements.
Atomic Theory and the Atomic Model. Objectives Describe evidence that Greek philosophers used to develop the idea of atoms. Distinguish between a scientific.
Bell Work How many steps are in the scientific method? What does the atom look like? (draw a picture) What are the parts of an atom? What is the atom mostly.
Bell-Ringer How have your ideas about Santa Claus and the Easter Bunny changed as you have grown up? Is it important to keep an open mind when it comes.
The Atom.
Topic 3 Periodic Table The development of the Atomic theory.
Part 1 – The concept of the Atom
Chapter 3: Atoms-The Building Blocks of Matter
CHAPTER 3 ATOMIC STRUCTURE
Foundations of Atomic Theory
The Atom: From Philosophical Idea to Scientific Theory
The Atom: From Philosophical Idea to Scientific Theory
Chapter 3 Lesson Starter Young people should not smoke.
The Atom.
Chapter 3 Lesson Starter Young people should not smoke.
Foundations of Atomic Theory
The Atom: The Building Blocks of Matter
Atomic Structure PSC Chapter 3.
Atoms: The Building Blocks of Matter
Presentation transcript:

ATOMIC THEORY Philosophical Idea to Scientific Theory Chapter 3 Section 1

Who? ________________ 400B.C. A _________ philosopher Believed that ________were the smallest particles of matter and that different atoms comprised different materials.

Atom is from the Greek word_______, meaning, indivisible. Purely _________ ideas at this point.

Who? ______________ (300 B.C.) Greek philosopher who ________ Democritus’ atom. Proposed that ___________ Called contiuous matter, _______

Who? ___________&___________ 1600 Rejected ___________ in published articles. Still did not have______ that atoms existed.

Who? ____________1700’s The “___________” One of the first scientists to use _______________ to support his ___________. Proposed the Law of Conservation of Mass in 1782.

Law of ___________of Mass Matter cannot be created or destroyed______________ ____. Mass of ________= mass of_____________.

Who? ________________ late 1700’s Observed that specific substances (___________) always contain the same elements in the same____________ This is known as the _________________________. Ex. NaCl always consists of:

WHO? ________________ and _____________ 1790’s Law of ________Proportions When _________________of the same 2 elements exist, the masses of the second element combined with a certain mass of the first is always a _______ ______________________.

MULTIPLE PROPORTIONS Example: Mass of Oxygen Mass of Nitrogen Ratio of O/N NO16.00 g14.01 g16.00/14.01= 1.14 NO g14.01 g32.00/14.01 =2.28

WHO? _______________ 1800’s Democritus’ atom Law of conservation of mass Law of definite proportions Law of multiple proportions Proposed his _____________in 1808 based on the following:

5 Principles of Dalton’s Atomic Theory 1.All matter is composed of extremely small particles called atoms which cannot be___________, ________ or ___________.

5 Principles of Dalton’s Atomic Theory 2.Atoms of a given element are ____________in their physical and chemical properties. 3.Atoms of different elements___________ in their physical and chemical properties.

5 Principles of Dalton’s Atomic Theory 4. Atoms of different ____________combine in simple, _____________ to form_____________.

5 Principles of Dalton’s Atomic Theory 5. In chemical reactions, atoms are __________,__________, or_________, but never created destroyed or changed.

CURRENT ATOMIC THEORY The first principle of Dalton’s atomic theory has been________. Atoms can be _______________. Atoms can be subdivided into ________particles:  ________ How were each of these discovered?

ADDITIONAL SUBATOMIC PARTICLES Who discovered the neutron? What is a quark? Find the names and characteristics of the quarks.