Chemical Bonding-Focus on Metallic Bonds! Bonding: Ionic, Metallic, & Covalent.

Slides:



Advertisements
Similar presentations
Ionic Bonding.
Advertisements

Bonding in Metals OBJECTIVES:
Ionic Bonding and Compounds. Valance Electrons Electrons in the highest occupied energy level of an element’s atoms Group 1A – 1 ve 2A – 2 ve 3A – 3 ve.
Chapter 7: Ionic and Metallic Bonding Section 3: Bonding in Metals.
Metallic Bonding Strong forces of attraction are responsible for the high melting point of most metals.
What are synthetic polymers used for? Objective: ASWDTAT compare the properties of metals and alloys.
Chapter 7 Ionic and Metallic Bonding
Properties of Compounds
Metallic Bonds Chemistry Mrs. Coyle.
I. Metallic Bonds  How atoms are held together in the solid form.  Metals hold onto their valence electrons very weakly.  Think of them as positive.
Chapter 7 Ionic & Metallic Bonding Anything in black letters = write it in your notes (‘knowts’)
7.4 Metallic Bonds and the Properties of Metals
Metallic Bonds and Properties of Metals. Metals Metals are made up of closely packed cations surrounded by electrons, rather than neutral atoms or ions.
Chemistry. Metallic Bonds  sea of electrons – metal atoms contribute their valence electrons  delocalized electrons – electrons are free to move throughout.
Chapter 17: 17.3 Bonding in Metals. Metallic Bonds and Metallic Properties Metals are made up of closely packed cations. The valence e- around the nucleus.
Bonds… (Not James…). Review O Covalent bonds O Share outermost electrons.
Chemistry Chapter 8 Notes 3. Review Compounds Can all be represented by chemical formulas Are connected by chemical bonds Ionic Metallic Covalent Compounds.
Example 1: Metals are strong and easily shaped. Example 2: Many substances form brittle crystals which dissolve easily in water.
METALS Bonds and Properties Alloys Pure Elements.
Chapter 15. Metallic Bonds Holds metals together by sharing the electrons (sea of electrons) VERY STRONG.
Chapter 7 “Metallic Bonding” Chemistry Grade 10. Bonding in Metals OBJECTIVES: –Explain the importance of alloys.
Section 4: Metallic Bonds and the Properties of Metals
Metallic Bonds and Properties of Metals
Metallic Bonds Metals can only bond to themselves (same element) Don’t transfer or share electrons (need to lose) Do form lattices in solid state 8-12.
Metallic Bonds and Properties of Metals AHSGE Reading 2.3 Determine cause and effect. AHSGE Reading 4.3 Discern organizational patterns. Other AOD C.3.2.
Bonding in Metals Notes 5-4 Key Ideas: 1. How do the properties of metals and alloys compare? 2. How do metal atoms combine? 3. How does metallic bonding.
Metallic Bonds Quartz. Metal atoms are arranged in very compact and orderly patterns. Although metals do not bond ionically, they often form lattices.
Section 4 – pg 198 Bonding in Metals
Ch. 7.3 Bonding in Metals CHM 1. Metallic Bonds and properties Metals are made up of closely packed cations and free floating valence electrons –Sea of.
Chapter 5.4 Bonding in Metals. Standards: 8.7.c. Students know substances can be classified by their properties, including their melting temperature,
See how the properties of solid metals and their alloys can be explained by the structure of metal atoms and the bonding between those atoms.
Metallic Bonding 7.3. Electron Sea Model The electron sea model proposes that all the metal atoms in a metallic solid contribute their valence electrons.
Chapter Seven: Bonding in Metals. Metallic Bonds and Metallic Properties Metals are made up of closely packed cations The valence e- around the nucleus.
TOPIC 4 CHEMICAL BONDING AND STRUCTURE
Metallic Bonds Quartz.
Metallic Bonds Section 8.4 Sea of Electrons –Metal atoms contribute their valence e- Delocalized Electrons –E- are free to move throughout the solid b/c.
4.5 METALLIC BONDING. ESSENTIAL IDEA Metallic bonds involve a lattice of cations with delocalized electrons. NATURE OF SCIENCE (2.2) Use theories to explain.
Metallic Bonds.
Metallic Bonds and Properties of Metals
Metallic Bonding. What is a metallic bond? O bond found in metals O holds metal atoms together very strongly.
I. Introduction to Bonding
Metallic Bonding.
Chapter 15 Section 3 -metals are made up of closely packed cations surrounded by a sea of valence electrons metallic bonds- consist of the attraction of.
Metallic Bonds Chemistry WHS Wignall.
Metallic Bonds are… How metal atoms are held together in the solid.
Metallic Bonding.
Structure and Properties of Bonds
IONIC BONDING AND IONIC COMPOUNDS
Bell Work - 10/19/16 Have out HW #3 of packet to be checked.
Bell Work - 10/19/16 Have out HW #3 of packet to be checked.
Ch. 7 Ionic and Metallic Bonding
Metallic Bonds.
Metallic Bonding.
Ionic, Covalent, and Metallic Bonding
Bellringer 3-17 What property makes metals good electrical conductors?
Metallic bonds.
Structure and Properties of Metallic Bonds
Cations packed in “a sea of electrons”
Substances’ properties depend on their bonds.
Chapter 7 “Ionic and Metallic Bonding”
CHEMICAL BONDING Cocaine
Metallic Compounds.
Bonding in Metals.
Bonding in Metals.
delocalized electrons (electrostatic attratction)
Metallic Bonds 7.3.
Ionic Compounds.
Ionic and Covalent Compounds
ionic, covalent, and metallic
Presentation transcript:

Chemical Bonding-Focus on Metallic Bonds! Bonding: Ionic, Metallic, & Covalent

Bonding in Metals Group of closely packed cations & free electrons. Good conductors of electricity because the electrons are free to travel through the metal. Alloys: Mixture of 2 or more elements, at least one is a metal. Often have properties better than pure metals! Ex: Sterling silver, Brass, & Stainless steel

“electron sea” METALLIC Bond Formation Type of Structure Solubility in Water Electrical Conductivity Other Properties Melting Point Types of Bonds Physical State e - are delocalized among metal atoms very high yes (any form) no malleable, ductile, lustrous solid

Metallic Bonding - “Electron Sea” RETURN Types of Bonds