learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge,...

18

Transcript of learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge,...

Page 1: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 2: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 3: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 4: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 5: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 6: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 7: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 8: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 9: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 10: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 11: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 12: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 13: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 14: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 15: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 16: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 17: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom
Page 18: learn.stleonards.vic.edu.au · THE AMOUNT OF CHARGE ON A GROUP OF ELECTRONS Calculate the charge, in coulombs, carried by 4 million electrons. FIGURE 3.1.2 The nucleus of an atom

Basic Chemistry and Organic Compounds. Atoms : smallest unit of matter Protons: + charge, in nucleus Neutrons: 0 charge, in nucleus Electrons: - charge,

Basic Chemistry and Organic Compounds. Atoms : smallest unit of matter Protons: + charge, in nucleus Neutrons: 0 charge, in nucleus Electrons: - charge,

Composition of Matter Atom= building block of an element Smallest part of matter Protons= + charge Neutrons= 0 charge Electrons= -1 charge.

Composition of Matter Atom= building block of an element Smallest part of matter Protons= + charge Neutrons= 0 charge Electrons= -1 charge.

History of the Atom & the Periodic Table. Parts of the Atom Protons = positive charge Neutrons = no charge Electrons = negative charge Nucleus = both.

History of the Atom & the Periodic Table. Parts of the Atom Protons = positive charge Neutrons = no charge Electrons = negative charge Nucleus = both.

Unit 2: Semiconductors1) Doped with pentavalent atoms. Electrons are majority charge carriers. Holes are minority charge carriers. 2) It gives out electrons, hence, known as donor

Unit 2: Semiconductors1) Doped with pentavalent atoms. Electrons are majority charge carriers. Holes are minority charge carriers. 2) It gives out electrons, hence, known as donor

7.1 Electric Charge. Atoms contain particles called protons, neutrons, and electrons. Protons and electrons have electric charge, and neutrons have no.

7.1 Electric Charge. Atoms contain particles called protons, neutrons, and electrons. Protons and electrons have electric charge, and neutrons have no.

Chapter 7. Protons = positive charge Electrons = negative charge Most atoms have the same number of protons and electrons and thus will have no.

Chapter 7. Protons = positive charge Electrons = negative charge Most atoms have the same number of protons and electrons and thus will have no.

Sodium Chlorine Sodium · PDF fileNucleus Protons (+ charge) determine element Neutrons (no charge) determine isotope Electrons (– charge) form negative cloud and determine chemical

Sodium Chlorine Sodium · PDF fileNucleus Protons (+ charge) determine element Neutrons (no charge) determine isotope Electrons (– charge) form negative cloud and determine chemical

TRUE or FALSE Electrons have a positive charge. FALSE! Electrons have a NEGATIVE charge. 1.

TRUE or FALSE Electrons have a positive charge. FALSE! Electrons have a NEGATIVE charge. 1.

Electricity. Electric Charge Rules: –More protons than electrons: + charge –More electrons than protons: - charge –Like charges repel; opposite charges.

Electricity. Electric Charge Rules: –More protons than electrons: + charge –More electrons than protons: - charge –Like charges repel; opposite charges.

IONIC BONDS Ch 6.1. TrueFalseStatementTrueFalse When an atom gains electrons it gets an (+) charge. When it loses electrons it gets a (-) charge Ionic.

IONIC BONDS Ch 6.1. TrueFalseStatementTrueFalse When an atom gains electrons it gets an (+) charge. When it loses electrons it gets a (-) charge Ionic.

Biological Molecules. ELECTRON -- CHARGE ORBIT AROUND NUCLEUS SAME # AS PROTONS PROTON + CHARGE FOUND IN NUCLEUS SAME # AS ELECTRONS NEUTRON 0 CHARGE.

Biological Molecules. ELECTRON -- CHARGE ORBIT AROUND NUCLEUS SAME # AS PROTONS PROTON + CHARGE FOUND IN NUCLEUS SAME # AS ELECTRONS NEUTRON 0 CHARGE.

Electric Charge and Static Electricity Notes. Electric Charge Electric charge is a property of protons and electrons. Protons have a positive charge.

Electric Charge and Static Electricity Notes. Electric Charge Electric charge is a property of protons and electrons. Protons have a positive charge.

Section 7 DOES ALL MATTER CONTAIN CHARGE? WHAT ARE ELECTRONS? · PASCO scientific Student Manual 99 Section 7 DOES ALL MATTER CONTAIN CHARGE? WHAT ARE ELECTRONS? INTRODUCTION This

Section 7 DOES ALL MATTER CONTAIN CHARGE? WHAT ARE ELECTRONS? · PASCO scientific Student Manual 99 Section 7 DOES ALL MATTER CONTAIN CHARGE? WHAT ARE ELECTRONS? INTRODUCTION This

T2 Week 1 - learn.stleonards.vic.edu.au

T2 Week 1 - learn.stleonards.vic.edu.au

Electric Charge. Atoms Small particles of matter Composed of 3 smaller particles: Protons = positive (+) charge Electrons = negative (-) charge Neutrons.

Electric Charge. Atoms Small particles of matter Composed of 3 smaller particles: Protons = positive (+) charge Electrons = negative (-) charge Neutrons.

Subatomic Particles Electrons, Protons and Neutrons and Their Electrical Charge.

Subatomic Particles Electrons, Protons and Neutrons and Their Electrical Charge.

learn.stleonards.vic.edu.au file · Web viewlearn.stleonards.vic.edu.au

learn.stleonards.vic.edu.au file · Web viewlearn.stleonards.vic.edu.au

Electric Charge and Electric Force. What is an Electric Charge? Protons have positive (+) electric charge Electrons have negative (-) electric charge.

Electric Charge and Electric Force. What is an Electric Charge? Protons have positive (+) electric charge Electrons have negative (-) electric charge.

Chapter 7: Electricity Recall: Electrons have a negative charge. Electrons can be transferred from one atom to another. Objects that have extra electrons.

Chapter 7: Electricity Recall: Electrons have a negative charge. Electrons can be transferred from one atom to another. Objects that have extra electrons.

Electricity and Magnetism Protons have a ________ charge Electrons have a ________ charge Most atoms are neutral because_____ To become charge and atom.

Electricity and Magnetism Protons have a ________ charge Electrons have a ________ charge Most atoms are neutral because_____ To become charge and atom.