(8th) Chapter 4-3 Cornell Notes “Metals”. (8th) Chapter 4-3 Cornell Notes Key Questions How does the reactivity of metals change across the periodic table?

Slides:



Advertisements
Similar presentations
Identify properties of groups on periodic table. Use textbook pgs to answer the following: Who made the first periodic table? How did he order the.
Advertisements

Properties of metals and nonmetals
Metals Lesson 3, Chapter 3.
A C-Media Production. Directions One by one color each element family on the periodic table you printed out. One by one color each element family on the.
Coloring the Periodic Table Families
FAMILIES on the Periodic Table
Metals, metalloids, and non metals
Metals and Their Properties
** You need to add what is in RED to your notes
Metals Understanding the left side of the periodic table.
Periodic Table of Elements (Organization)
Elements and the Periodic Table Organizing the elements. Mendeleev – organized the first periodic table. First attempt was by atomic mass. Periodic Table.
Chapter 9 Elements & the Periodic Table
Families on the Periodic Table Elements on the periodic table can be grouped into families bases on their chemical properties. Each family has a specific.
Chapter 3: Elements and the Periodic Table
Chapter 3, Section 3 Metals Monday, November 16, 2009 Pages
Assessment What is the difference between mass number and atomic mass? What is an isotope? What are the charges of the different parts of atoms? How did.
Today’s Agenda… Bellringer: Which element is more similar to Argon….Helium or Chlorine? Why? Discuss Venn diagrams/Writing frames Review The Periodic Table.
Different Elements— Different Numbers of Protons An element is a pure substance made from atoms that all have the same number of protons. Atoms of a particular.
Metals.
Notes 4-3 and 4-4 Metals, Nonmetals, Inert Gases and Semimetals.
Metals High luster when cleaned and high conductivity Non-metals Low luster when cleaned and low conductivity Metalloids Combo of metals and non-metals.
Chapter 1, Unit 3 Monday, September 10,  List four (4) properties, physical or chemical, of most metals.  Compare the way metals on the left side.
Unit: Chemistry Lesson 3: Metals Essential Questions: 1.) What are the properties of metals? 2.) How are metals classified?
METALS, NONMETALS, & METALLOIDS PERIODIC TABLE. METALS Good conductors of heat and electricity All, but Mercury (Hg), are solid at room temperature Metals.
METALS PHYSICAL PROPERTIES OF METAL  Luster- how shiny an object is. Usually categorized as shiny or dull.
Periodic Table Jeopardy Review
 An elements properties can be predicted form its _______________________.
Science Vocabulary Bing Ch 4 Organization of elements in the periodic table.
Properties of Metals Metals are good conductors of heat and electricity. Metals are shiny. Metals are ductile (can be stretched into thin wires). Metals.
Metals, Nonmetals, and Metalloids. What two types of properties are typically used to describe something?
The Periodic Table Foldable Notes
The Periodic Table Chapter 19. Properties of Metals  Metals are found left of the stair-step line  Metals are usually:  Good conductors of heat and.
Atomic Structure and the Periodic Table Review Game.
Physical properties: Shininess Malleable– can be hammered or rolled out into flat sheets or other shapes Ductile – can be pulled out, or drawn, into a.
Metals Metals are a class of elements characterized by their physical properties.
Chapter 4, Section 3 Metals. Properties of Metals Good conductors of electric current and heat Shiny and bendable Most elements in the Periodic Table.
16-2 Metals What is the name of a metal that you see everyday?
After Quiz: In your notebook, answer the following questions
Elements and their Properties
Periodic Table Formative Assessment
Classification of Periodic Table
Chapter 15 Periodic Table
Chapter 4 Section 3 – pg 138 Metals.
Metals.
Periodic Table of Elements
Bell Ringer True/False: Elements in the same group have similar properties. List some properties of a metal. (What do metals look like?)
Periodic Trends Electronegativity increases from the left to the right, and from the bottom to the top Atomic radius increases from the right to left,
Coloring the Periodic Table Families
The Periodic Table GROUPS
Metals Chapter 4 Section 3.
Properties of Metals Malleable Ductile Thermal Conductivity
Metals, Non-Metals, Metalloids
Chapter 4 Section 3 Metals.
Metals.
Chapter 3-3 Metals.
Periodic Table of Elements
Properties of elements
Metals.
Chapter 4 section 3 Metals.
“The Ultimate Cheat Sheet”
Elements Groups/Families
Metals, Nonmetals, Metalloids and the Periodic Table
The Periodic Table.
Organization of the Periodic Table
Warm-up 1. grab an orange periodic table from the back of the room.
Families on the Periodic Table
Periodic Table Families and Properties
Bellringer Bellringer: Element or Compound?
Electron Configurations
Presentation transcript:

(8th) Chapter 4-3 Cornell Notes “Metals”

(8th) Chapter 4-3 Cornell Notes Key Questions How does the reactivity of metals change across the periodic table? A. ______________ What are the physical properties of metals? A. _______________ How are synthetic elements produced? A. _________

(8th) Chapter 4-3 Cornell Notes Key Terms metal malleable ductile thermal conductivity electrical conductivity reactivity corrosion alkali metal alkaline earth metal transition metal particle accelerator

(8th) Chapter 4-3 Cornell Notes most elements metals, based on properties; Paragraph 1 Properties: luster, malleability, ductility, conductivity; malleable: made into flat sheets/other shapes; ductile: pulled out/drawn into wire; thermal conductivity: object’s ability to transfer heat; electrical conductivity: object’s ability to transfer electrical current; some metals good conductors ; some also magnets × en.wikipedia.org511 × en.wikipedia.org

(8th) Chapter 4-3 Cornell Notes Reactivity : ease/speed combine w/ other elements, compounds; corrosion: metal reacts w/oxygen. Paragraph 2

(8th) Chapter 4-3 Cornell Notes metals in a family similar properties; reactivity decreases moving from left to right across the table. Paragraph 3

(8th) Chapter 4-3 Cornell Notes Group 1 alkali metals; so reactive never uncombined in nature. Paragraph 4

(8th) Chapter 4-3 Cornell Notes Group 2 alkaline earth metals; also never uncombined in nature. Paragraph 5

(8th) Chapter 4-3 Cornell Notes Groups 3-12 transition metals; bridge between reactive and non-reactive metals/elements. Paragraph 6

(8th) Chapter 4-3 Cornell Notes Groups include metals, non- metals, metalloids; not as reactive. Paragraph 7

(8th) Chapter 4-3 Cornell Notes elements below main table = lanthanides, actinides; lanthanides + metals = alloys; many actinides synthetic elements, formed by crashing nuclear particles into each other. Paragraph 8

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.