Chemistry Ch. 6 Clicker Review

Slides:



Advertisements
Similar presentations
Periodic Table Trends. Ionization Energy Increasing or Decreasing?
Advertisements

Chapter  In a self-service store, the products are grouped according to similar characteristics. With a logical classification system, finding.
Chapter 12 Material on Midterm
The Periodic Table. History Dimitri Mendeleev (~1850’s) – inventor of the modern periodic table. –Elements arranged according to their properties. Ex.
The Periodic Table & Formation of Ions
Electrons and the Periodic Table
Atoms and Atomic Structure
Chapter 5 The Periodic Law
Chapter  In a self-service store, the products are grouped according to similar characteristics. With a logical classification system, finding.
Chapter 6 Review.
Chapter 4 Development of the Periodic Table –Mendeleev vs Moseley Mendeleev (Mid 1800’s) –Discovered a repeating pattern as he arranged elements by atomic.
Section 3 Representative Groups. Key Concepts Why do the elements in a group have similar properties? What are some properties of the A groups in the.
THE PERIODIC TABLE. SECTION 1  Dmitri Mendeleev: Russian chemist who discovered a pattern to the elements in  Arranged the elements by density,
Chapter Periodic Table Lecture. Do members of the same family, generally behave the same? Yes.
Periodic Table, Atoms, and Isotopes Review. Directions  Use these questions to help you to review and guide your study.
The Periodic Table Dimitri Mendeleev. I. Periods The rows ( ) on the periodic table are called PERIODS. The rows ( ) on the periodic table are called.
UNIT 4 CHECKPOINT Not for points, just for practice!
Periodic Table Foldable. Directions  Draw a line across each mark so you have 8 sections  Cut the first two papers along the line  stop about 1-2 centimeters.
The Periodic Classification of Elements. Dmitri Mendeleev (1834 – 1907) A High School Science Teacher! He saw a pattern in the way the known elements.
THE PERIODIC CLASSIFICATION OF ELEMENTS. Dmitri Mendeleev (1834 – 1907) A High School Science Teacher! He saw a pattern in the way the known elements.
Chapter 5 The Periodic Law Patterns of the Periodic Table.
The Periodic Table. Organizing Principle Chemists used properties of elements to sort them into groups.
Chapter 5 Objectives Section 1 History of the Periodic Table
THE PERIODIC TABLE (Chapter 6)
Periodic table introduction.
The Periodic Table Advanced- You need 10 Index Cards
Periodic Table Review.
Mendeleev’s Periodic Table (1869)
The Great 8! By: Paige Boyd.
Periodic Table review questions
Atomic Size Ionic Size Ionization Energy Electronegativity
3.3 – NOTES – The Groups of the Periodic Table
Magnesium Which element would have a strong reaction in water? Rubidium, Calcium, Ruthenium, Polonium.
The Periodic Table Chastain 2017 Advanced- You need 10 Index Cards
Atoms and the periodic table Ch 4
Periodic Trends The Periodic Law Classification of Elements
Periodic Trends The Periodic Law Classification of Elements
The Periodic Table of the Elements
Ch 6 Review Periodic Table
The Periodic Table.
Chapter 6 Review “The Periodic Table”
Introduction to the Periodic Table
The Periodic Table Chastain 2017 Advanced- You need 10 Index Cards
The Periodic Table Chastain 2017 On-Level - You need 10 Index Cards
Properties of G R O U P S The Periodic Table Part II.
Let’s practice what we know! Mendeleev organized the chemical elements based on their? properties.
Click a hyperlink or folder tab to view the corresponding slides.
The Periodic Table Advanced- You need 10 Index Cards
Warm Up: Why do you think elements in the same GROUP have similar properties? Today: Organizing a Periodic Table Homework: None.
Confident?.
Element Identities.
The Periodic Table On-Level - You need 10 Index Cards
Created by Anthony Gates
Chemistry Review.
Periodic Table, Atomic Number & Isotopes
The Periodic Table of Elements
The Periodic Table - Group or Family goes top to bottom (vertical)
The Periodic Table Chastain 2017 On-Level - You need 10 Index Cards
Unit 2 Test Clicker Review
Chapter 5 Preview Lesson Starter Objectives
Section 1 History of the Periodic Table
The Periodic Table Copyright © 2008 by Pearson Education, Inc.
Which of the elements shown has 1 outer electron (D1)?
The Periodic Table 5.3 and 5.4.
Periodic Law.
Periodic Law Test Review
Periodic Table of Elements
Parts of the Periodic Table
Grouping the Elements.
Chapter 6 Review “The Periodic Table”
Presentation transcript:

Chemistry Ch. 6 Clicker Review

Identify the element and classification of the element located in period 4 group 16 and A. Selenium / Halogen B. Selenium / Representative Element C. Silicon / Alkali Metal D. Silicon / Transition Metal ☺

Each Period on the Periodic Table on the Periodic Table ends with a A. Transition Metal B. Halogen C. Representative Element D. Noble Gas ☺

Which Elements belong to the same group? A. lithium, beryllium, boron and nitrogen B. Calcium, magnesium, strontium and radium C. nitrogen, phosphorus, arsenic and tin D. hydrogen and helium ☺

Which of the following properties decrease from left to right on the periodic table? A. electronegativity B. ionization energy C. atomic size D. shielding ☺

Elements in groups 3-12 are known as A. Inner transition metals B. Transition metals C. representative elements D. noble gases ☺

Going from left to right across a period, the elements have predictable chemical properties because of A. the increasing number of neutrons B. the increasing number of protons C. the increasing number of particles D. the increasing number of electrons ☺

Which of these elements has the largest atomic radius? A. lithium B. boron C. nitrogen D. oxygen ☺

Which of the following elements has the smallest atomic radius? A. Fluorine B. Carbon C. Potassium D. Chlorine ☺

Elements in the same ______ have similar chemical properties. A. period B. representative element category C. group D. row ☺

Shielding is ____ from left to right and _____ from top to bottom. A. constant, increases B. constant, decreases C. increasing, constant D. decreasing, constant ☺

Noble gases are ___ because their outer electron levels are ___. A. reactive, empty B. inert, mostly filled C. inert, filled D. reactive, filled ☺

Which of the following elements are non metals? A. nitrogen, sulfur, bromine and radon B. carbon, silicon, sulfur and chlorine C. lithium, sodium, potassium and strontium D. uranium, boron, silicon and antimony ☺

An improvement of Mendeleev ordering the periodic table by atomic mass was arranging it by A. electron number B. mass number C. atomic radius D. atomic number ☺

The halogens are in group A. 5A B. 6A C. 7A D. 8A ☺

Elements in the same group have the same number of A. protons in the nucleus B. neutrons in the nucleus C. electrons in the highest occupied energy level D. electrons in the s sublevel ☺

Which element has the highest ionization energy? A. lithium B. beryllium C. boron D. fluorine ☺

Beryllium, magnesium, calcium, strontium and barium all belong to the A. alkali metals B. alkaline earth metals C. halogens D. noble gases ☺

The alkali metals and the alkaline earth metals are in the ___ block. A. s B. p C. d D. f ☺

Xenon is in the ___ block. A. s B. p C. d D. f ☺

Copper is in the ___ block. A. s B. p C. d D. f ☺

Uranium is in the ___ block. A. s B. p C. d D. f ☺

Which element below is the least electronegative element? A. oxygen B. potassium C. carbon D. francium ☺

Why does ionization energy decrease within a group? ☺ A. the shielding effect increases down a group B. the shielding effect decreases down a group C. the electronegativity increases down a group D. the atomic radius decreases down a group

What can be transferred between atoms that result in a net charge other than zero? A. protons B. neutrons C. alpha particles D. electrons ☺

Which states that when elements are arranged according to increasing atomic number, that repeating pattern of properties is exhibited? A. law of conservation B. law of patterns C. periodic electronegativity D. periodic law ☺