He 2 Helium. B 5 Boron. O 8 Oxygen

Similar documents
EP Physics/Chemistry L Printables

Representative Elements

THE PERIODIC TABLE. Chapter 15

Physical Science Chapter 19. Elements and Their Properties Quick Notes

systematic table of elements

Complementary Metal-Oxide-Semiconductor Very Large-Scale Integrated Circuit Design

Nomenclature Unit I Elements You Should Know

Explain how metalloids are different from metals and nonmetals.

Nomenclature Unit I Elements You Should Know

AP Chemistry A. Allan Chapter 18 - The Representative Elements: Groups 1A through 4A

Class Work 11/25/13. SWBAT to classify an element as a metal, nonmetal, or metalloid based on its properties and location on the periodic table.

Unit I PART I. MATH TOOLS FOR CHEMISTRY I. The Metric System The metric system is the scientific system of units of measurement

Formula & Equation Writing

The table gives some information about a family of molecules in crude oil. Show information from the table in the most appropriate way on the grid.

21.The smallest part of an element that keeps the same properties of that element. a. Element b. Compound c. Atom d. quark

4. Where do the names of the elements come from? Some were named as substances before they were known to be elements. sulfur 16

Chapter: The Periodic Table

Naming and Classifying the Elements. nobelium antimony. oxygen arsenic. phosphorus beryllium. platinum bismuth. plutonium boron.

ADDITIONAL SCIENCE/CHEMISTRY

Chemistry Team Test Answers 9th Annual FGCU Invitational Mathematics Competition December 8, 2011

PERIODIC TABLE. Group Family Period Valence electrons Energy levels

The Periodic Table of the Elements, in Pictures and Words

acceptable predicted value for the melting point i.e. < 101 C any two for (1) each

Objective: Classify metals, nonmetals, and metalloids based on their properties.

TEST I REVIEW. 1. All of the following are properties of antimony. Which one is not a

CHAPTER 3 Electronic Structure and the Periodic Law

New GCSE 4472/02 ADDITIONAL SCIENCE HIGHER TIER CHEMISTRY 2

General Certificate of Secondary Education ADDITIONAL SCIENCE. FOUNDATION TIER (Grades G-C) P.M. FRIDAY, 18 January 2008 (45 minutes)

Science Class 8 Topic: Elements And Compounds Reinforcement Worksheet

Practice General Chemistry Speaking Test (I. Gould) (Questions from Chapter 1 of the textbook) hydrogen 1 H

A.M. MONDAY, 18 January minutes

Year 7 Homework Booklet. Name. Teacher. Elements, compounds and reactions

Objective: Classify metals, nonmetals, and metalloids based on their properties.

ADDITIONAL SCIENCE/CHEMISTRY. A.M. TUESDAY, 14 January hour

ADDITIONAL SCIENCE/CHEMISTRY. A.M. TUESDAY, 14 January hour

Objective: Classify metals, nonmetals, and metalloids based on their properties.

S1 Building Blocks Summary Notes

Earth s Crust. Atoms build Molecules build Minerals build. Rocks build. Lecture 3 - Mineralogy.

(A) Copper. (B) Zinc. (C) Iron. (D) Wood. (A) Zinc. (B) Wood. (C) Rubber. (D) Plastic.

Element Families. By: Olivia Litrun Physical Science Pd. 4

D =? D = M = 10 g = 5 g/cm 3 M = 10 g V 2 cm 3 V = 2 cm 3 5 g/cm 3

Paper Reference (complete below) Edexcel GCSE Additional Science (5018H) Chemistry (5038H) C2 Topics 5 to 8

A.M. WEDNESDAY, 26 May minutes

UNIT 2 - MATTER & CHANGE

ADDITIONAL SCIENCE/CHEMISTRY

New GCSE 4472/02 ADDITIONAL SCIENCE

ADDITIONAL SCIENCE/CHEMISTRY

ADDITIONAL SCIENCE/CHEMISTRY

236/02 SCIENCE. HIGHER TIER (Grades D-A*) CHEMISTRY 1. P.M. FRIDAY, 19 January (45 minutes)

New GCSE 4462/02 SCIENCE A HIGHER TIER CHEMISTRY 1

New GCSE 4462/02 SCIENCE A HIGHER TIER CHEMISTRY 1

GCSE 4782/02 SCIENCE B UNIT 2: Science and Life in the Modern World HIGHER TIER

NAME DATE CLASS TEST DATE:

Chemistry/Additional Science

GCSE 4462/01 CHEMISTRY 1 FOUNDATION TIER SCIENCE A/CHEMISTRY. P.M. FRIDAY, 12 June hour JUN S

It is wise to treat any unknown material, especially crystals in solvents known to form a peroxide (e.g., ethers), as very hazardous until it is

A.M. MONDAY, 18 January minutes

P.M. THURSDAY, 15 January minutes

GCSE 4472/02 CHEMISTRY 2 HIGHER TIER ADDITIONAL SCIENCE/CHEMISTRY. P.M. MONDAY, 20 May hour For Examiner s use only Question Maximum Mark 1.

3.3 Minerals. Describe the characteristics that define minerals.

» Please take out your periodic table.

Inorganic Chemistry Lesson 16 Classification of elements. Part 2. Periodic Law

P.M. THURSDAY, 15 January minutes

P.M. FRIDAY, 12 June hour For Examiner s use only

Cambridge International Examinations Cambridge International General Certificate of Secondary Education. Published

Warm Up (Sept 12) How will an atom change if you change the number of: a) Protons?

Air. Question Paper 1. Chemistry (0620/0971) Cambridge International Examinations (CIE) Topic. Air and Water Sub-Topic. Air. 35 minutes.

Name Class Date. Does it have a crystalline structure? Minerals are crystals. Each mineral has a certain crystal structure that is always the same.

Chemistry/Additional Science

Elements. Students must include the following information in their superhero element profile:

Name: Mods: Date Agenda Homework

CHAPTER 19 Elements and their Properties

2.4 Period 3. Na Mg Al Si P S Cl Ar

NOTES ON CHAPTER 4: ELEMENTS AND THE PERIODIC TABLE. 4.3 Metals

Name Class Date. mass of lithium 534 g Li molar mass of lithium 6.94 g/mol Li Unknown:

See each tab for individual information about the discoverer of each element.

Mapping Solid Waste II Sample Collection & Analysis

NATIONAL BUSINESS AND TECHNICAL EXAMINATIONS BOARD (GENERAL EDUCATION EXAMINATION) MAY/JUNE 2007 SECTION B CHEMISTRY (ESSAY) TIME: 1 HOUR 40 MINUTES

International 30/8/13 WORKING PAPER TWENTY-F Edition PROVISIONS SUMMARY. Goods. as shown in 1.1. (5 pages)

AIM: SWBAT determine the location of metals, nonmetals and metalloids on the periodic table. What is another name for a column in the periodic table?

GCSE 4493/02 CHEMISTRY 3 HIGHER TIER CHEMISTRY. A.M. THURSDAY, 19 May hour S PMT. Candidate Number. Centre Number.

Where do we start? ocreate the Universe oform the Earth and elements omove the elements into their correct positions obuild the atmosphere and oceans

Atomic Masses (amu) IA IIA IIIB IVB VB VIB VIIB VIIIB VIIIB VIIIB IB IIB IIIA IVA VA VIA VIIA VIIIA

Look at the measuring cylinders. What happened to the volume of the water and the wax after freezing? the volume of water... the volume of wax...

SNC 2D0-01 Chemistry Review Chapters 5 and 6

GCSE 0240/02 ADDITIONAL SCIENCE HIGHER TIER CHEMISTRY 2

Chemically inert, but an important step in the abundant synthesis of elements because three helium nuclei can fuse to form carbon.

1. Which of the following elements has the highest percentage by mass in nature? A. Oxygen B. Aluminium C. Nitrogen D. Silicon

GCSE 4462/02 CHEMISTRY 1 HIGHER TIER SCIENCE A/CHEMISTRY. A.M. FRIDAY, 17 June hour JUN S PMT.

GCSE 4462/01 CHEMISTRY 1 FOUNDATION TIER SCIENCE A/CHEMISTRY. A.M. Tuesday, 14 January hour PMT. Candidate Number. Centre Number.

3 The Formation, Mining, and Use of Minerals

METALLIC CRYSTALS. tend to be densely packed. have several reasons for dense packing: have the simplest crystal structures.

Chemical Formulas. In a chemical formula, the element with the positive charge is always written first.

Aluminum. Alkaline Batteries

GCSE 0236/02 SCIENCE HIGHER TIER CHEMISTRY 1

An Organized Table Worksheet Due Thursday Name: Date: Period:

GCSE 0236/02 SCIENCE HIGHER TIER CHEMISTRY 1

2.0 - Characteristics of Dangerous Goods Flammability Toxicity Corrosivity Physical hazard Classification of Dangerous Goods

Biogeochemical Cycles. {Living World

*16GSD2201* Double Award Science: Chemistry. Unit C1 Higher Tier THURSDAY 19 MAY 2016, MORNING [GSD22] *GSD22* TIME 1 hour.

Transcription:

Carefully tear out these pages and cut out the cards (there are 3 sets of 18 cards). Use them to play a game of element Go Fish. Ask any information on the card to learn more about the elements as you play. You need 3 cards for a set. H 1 Hydrogen He 2 Helium Li 3 Lithium - No neutrons - Most common element - Used in rocket fuel Be 4 Beryllium - Used in balloons, blimps, and scuba gear - Lighter than oxygen B 5 Boron - Used in batteries - Never found in nature outside of a compound C 6 Carbon - Found in emeralds - One of the lightest metals N 7 Nitrogen - Used in sports gear - Used in heat-resistant glass and nuclear plants O 8 Oxygen - Basic element of life - Coal, diamonds, and plastics are made of carbon F 9 Fluorine - Most plentiful gas in the atmosphere - Used in explosives - Necessary for breathing - Found in air and water - Used for combustion - Used as a coolant - Used in toothpaste to fight cavities

Ne 10 Neon Na 11 Sodium Mg 12 Magnesium - Used in lights, lasers - Never bonds to other elements Al 13 Aluminum - Bonds with chlorine to make table salt - Never found alone Si 14 Silicon - Necessary for plants and animals - Found in sparklers P 15 Phosphorus - Used in airplanes for its weight and strength - Used in foil, cables S 16 Sulfur - Found in sand, stone, and soil - Used in computer chips Cl 17 Chlorine - Used in matches, detergents, fertilizers - Found in bones Ar 18 Argon - Found in matches, fireworks, egg yolks - Creates air polution - Combines with hydrogen to digest food - Used in swimming pools - Found in light bulbs - Does not react or bond with any other element

H 1 Hydrogen He 2 Helium Li 3 Lithium - No neutrons - Most common element - Used in rocket fuel Be 4 Beryllium - Used in balloons, blimps, and scuba gear - Lighter than oxygen B 5 Boron - Used in batteries - Never found in nature outside of a compound C 6 Carbon - Found in emeralds - One of the lightest metals N 7 Nitrogen - Used in sports gear - Used in heat-resistant glass and nuclear plants O 8 Oxygen - Basic element of life - Coal, diamonds, and plastics are made of carbon F 9 Fluorine - Most plentiful gas in the atmosphere - Used in explosives - Necessary for breathing - Found in air and water - Used for combustion - Used as a coolant - Used in toothpaste to fight cavities

Ne 10 Neon Na 11 Sodium Mg 12 Magnesium - Used in lights, lasers - Never bonds to other elements Al 13 Aluminum - Bonds with chlorine to make table salt - Never found alone Si 14 Silicon - Necessary for plants and animals - Found in sparklers P 15 Phosphorus - Used in airplanes for its weight and strength - Used in foil, cables S 16 Sulfur - Found in sand, stone, and soil - Used in computer chips Cl 17 Chlorine - Used in matches, detergents, fertilizers - Found in bones Ar 18 Argon - Found in matches, fireworks, egg yolks - Creates air polution - Combines with hydrogen to digest food - Used in swimming pools - Found in light bulbs - Does not react or bond with any other element

H 1 Hydrogen He 2 Helium Li 3 Lithium - No neutrons - Most common element - Used in rocket fuel Be 4 Beryllium - Used in balloons, blimps, and scuba gear - Lighter than oxygen B 5 Boron - Used in batteries - Never found in nature outside of a compound C 6 Carbon - Found in emeralds - One of the lightest metals N 7 Nitrogen - Used in sports gear - Used in heat-resistant glass and nuclear plants O 8 Oxygen - Basic element of life - Coal, diamonds, and plastics are made of carbon F 9 Fluorine - Most plentiful gas in the atmosphere - Used in explosives - Necessary for breathing - Found in air and water - Used for combustion - Used as a coolant - Used in toothpaste to fight cavities

Ne 10 Neon Na 11 Sodium Mg 12 Magnesium - Used in lights, lasers - Never bonds to other elements Al 13 Aluminum - Bonds with chlorine to make table salt - Never found alone Si 14 Silicon - Necessary for plants and animals - Found in sparklers P 15 Phosphorus - Used in airplanes for its weight and strength - Used in foil, cables S 16 Sulfur - Found in sand, stone, and soil - Used in computer chips Cl 17 Chlorine - Used in matches, detergents, fertilizers - Found in bones Ar 18 Argon - Found in matches, fireworks, egg yolks - Creates air polution - Combines with hydrogen to digest food - Used in swimming pools - Found in light bulbs - Does not react or bond with any other element