Chemical Bonds Part 4 Metalic Bonding.

Slides:



Advertisements
Similar presentations
Metallic Bonding Chapter 6.4.
Advertisements

Chemistry – Chapter 6.4 Metallic Bonding.
Valence electrons are involved in bonding. V = ____ To become stable To become stable.
Metallic Bonding Strong forces of attraction are responsible for the high melting point of most metals.
Metallic Bonding Strong forces of attraction are responsible for the high melting point of most metals.
Metallic Bonds A Closer Look. Metallic Bonds Are formed when metallic atoms overlap the orbitals of loosely held valence electrons. Metallic bonds are.
Metallic Bonding Chemical bonding is different in metals than it is in ionic, molecular, or covalent-network compounds. The unique characteristics of.
5.1 Amole Chemical Bonding  When two or more atoms join a bond is formed  It will not fall apart unless enough energy is added to break the bond 
Covalent Bonds (And Metallic Bonds) COVALENT BOND bond formed by the sharing of electrons.
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.
Bonding Ionic Valence Electrons The number of valence electrons in an atom of an element determines the many properties of that element, including the.
Metallic Bonds and Properties of Metals. Metals Metals are made up of closely packed cations surrounded by electrons, rather than neutral atoms or ions.
Atom – the smallest unit of matter “indivisible” Helium atom.
5 Metallic bonding. Metallic bond Occurs between metal atoms Metal atoms pack close together.
Types of Metals. What are the properties of a metal?
Chapter 15. Metallic Bonds Holds metals together by sharing the electrons (sea of electrons) VERY STRONG.
Metallic Bonding Chemical Bonding. Metallic Bonding Objectives Describe the electron-sea model of metallic bonding, and explain why metals are good electrical.
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.
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.
Chemical Bonding-Focus on Metallic Bonds! Bonding: Ionic, Metallic, & Covalent.
TOPIC 4 CHEMICAL BONDING AND STRUCTURE
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.
Atom – the smallest unit of matter “indivisible” Helium atom.
Introduction to Bonding. Metallic Bonding: Metal-metal bonds Valence electrons are mobile, moving easily from atom to atom.
Metallic Bonding. What is a metallic bond? O bond found in metals O holds metal atoms together very strongly.
Do Now 1. What is a valence electron. 2
REMEMBER! That ionic bonding happens between metal with non-metals by the transferring of electrons. Metals lose while non-metals gain the e- Results in.
Metallic Bonding.
Bonding in Metals pp Chapter 5-4
Metallic Bonding Strong forces of attraction are responsible for the high melting point of most metals.
Metallic Bonding Strong forces of attraction are responsible for the high melting point of most metals.
Introduction to Bonding
Metallic Bonding Chapter 6.4.
Chemical Bonds.
Section 4-2 What gives metals their distinctive properties?
Metallic Bonds 2a. Students know atoms combine to form molecules by sharing electrons to form covalent or metallic bonds or by exchanging electrons to.
Chemical Bonds.
Chemical Bonds.
Chemical Bonds.
Bonding In Metals Chapter 5 section 4.
Chemical Bonds.
Chemical Bonds.
Electrons in outermost shell
Ionic, Covalent, and Metallic Bonding
Chemical Bonding.
Chemical Bonding Metallic Bonding.
Metallic Bonds.
Metallic bonds.
Types of Bonds Unit 5.
Structure and Properties of Metallic Bonds
Metallic Bonding.
Chemical Bonds.
Bell Ringer 1) Which nucleus below belongs to the element on the right? (red = proton, yellow = neutron) a) b) c) d)
1. We have seen sharing and transferring of electrons
Metallic Bond Bond that exists between metal atoms
BONDING.
Chemical Bonds.
Metallic Bonding.
Metallic Bonds.
CHEMICAL BONDING Cocaine
Section 6.4 “Metallic Bonding”
Chapter 7 & 8 Ions and Bonding.
Types of Bonds Topic 3 lesson 4.
METALS Bonds and Properties Alloys Pure Elements.
Bonding in Metals.
Electrons and Energy Levels
Chemical Bonds.
Ch. 6 Bonding 6.4 Metallic Bonding.
Ionic and Covalent Compounds
Presentation transcript:

Chemical Bonds Part 4 Metalic Bonding

How Metals Bond Metallic bonds account for many physical characteristics of metals, such as Strength Malleability Ductility conduction of heat and electricity luster

A Few Facts The outer electrons of metals are not very strongly held by the nucleus So they stray easily and can move from one atom to the next Think of a “sea of electrons” Outer energy levels overlap like covalent bonds

Bond found in metals; holds metal atoms together very strongly Metallic Bonds Bond found in metals; holds metal atoms together very strongly

A Sea of Electrons

Metallic Bonds: Mellow dogs with plenty of bones to go around

Metals Form Alloys Metals do not combine with metals. They form Alloys which is a solution of a metal in a metal. Examples are steel, brass, bronze and pewter.

The End