Regents Review Activity and Questions!

Slides:



Advertisements
Similar presentations
Trends of the Periodic Table
Advertisements

Entry Task: Friday November 2 nd Which of the following pair has a smaller radius? Sr or Sr +2 P or P -3 Na or Na +
Periodic Table Trends. Ionization Energy Increasing or Decreasing?
I-clicker: Periodic Trends
The Periodic Table Regents Review.
Unit 5 Review Periodic Table & Trends
Which Element? Is highest in electronegativity?. Which Element? Is lowest in electronegativity?
Bellwork *Write the answer and a short explanation as to why you chose that answer.
Catalyst 1. List an element from the following groups: alkali, alkaline earth metal, transition metal, halogen, and Noble gas. 2. Why do different groups.
Chapter 6 Review “The Periodic Table”
Periodic Table of the Elements Written by: Bill Byles -
© 2012 Pearson Education, Inc. Chemistry: An Introduction to General, Organic, and Biological Chemistry, 11th Edition Karen C. Timberlake Sample Problem.
Flashcard Elements Sodium Na Potassium K Fluorine F.
Chapter 6 Periodic Table Periodic Table. History A. John Newlands 1. Law of octaves 2. Properties repeat every 8 elements when arranged by atomic mass.
PRACTICE THE ELEMENTS IN ORDER OF ATOMIC NUMBER Na Fe Pb Zn Sn K.
H. Hydrogen O OXYGEN Al Aluminum Kr Krypton.
The Periodic Table of Elements 11 th Grade Chemistry Miss Bouselli Click Here to Begin.
Unit 5 Section 3 Notes Families of Elements.
The Periodic Table.
Vocabulary Week 11 electronegativity ionization energy octet rule anion cation temporize largesse germane histrionic celerity.
Periodic Table and Trends. Organization of the Periodic Table 1. First created by Dmitri Mendeleev A. Organized atoms by atomic masses B. This was ok,
Dmitri Mendeleev In 1869 he published a table of the elements organized by increasing atomic mass.
Jeopardy! Periodic Table Review Jeopardy! $100 $200 $300 $400 $500 Electrons I’ve got my “ion” you Don’t be Negative Pot Porri Super “size” Me.
P ERIODIC T ABLE R EVIEW. 1. True or False Nonmetals are brittle and do not conduct electricity True.
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 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!
Midterm Review Atomic Concepts- Purple Periodic Table- Pink Chemical Bonding- Yellow Behavior of Matter- Blue.
Families of Elements Characteristics. Family Characteristics Each Family has similar characteristics due to the number of electrons in the outer most.
The Periodic Table A Terrific Tool. Dmitri Mendeleev Used properties to sort into groups Originally based on atomic mass.
Periodic Table Metals – Left side of table Solid at room temp – Except Hg Good conductors of heat and electricity Malleable and ductile Lustrous Non-metals.
Periodic Trends 4th block Chemistry.
Periodic Trends Ch 6.
57 Elements Test Review. Hydrogen H Lithium Li.
Trends on the Periodic Table
Create an orbital diagram for: Nitrogen Neon
Chapter 6 The Periodic Table 6.3 Periodic Trends
Example Exercise 5.1 Periodic Law
The Periodic Table
Periodic Trends.
WARM UP “Nothing is particularly hard if you break it into small jobs.” –Henry Ford What does this mean to you? How can you apply this to memorizing all.
Periodic Trends 6.3.
Periodic Table.
Periodic Tables Review
Chapter 6 Review “The Periodic Table”
OR Why we call it the PERIODIC table
Drill Quiz: Define the law of conservation of mass.
5-1 R&R (Front) 6. Patterns of properties repeated every 8 elements
Periodic Table Organization
The Periodic Law (Periodic Table)
The Periodic Law (Periodic Table)
Chapter 6 The Periodic Table 6.3 Periodic Trends
The Periodic Table.
Ionic Bonding.
Atomic Radius Ionization Energy Electronegativity
Periodic Table 1869 Dmitri Mendeleev in Russia Lothar Meyer of Germany
Chapter 3 Section 3 Notes Families of Elements.
Periodic Table 1869 Dmitri Mendeleev in Russia Lothar Meyer of Germany
Chemistry SASA Qtr 1 Review Guide.
The Periodic Table Copyright © 2008 by Pearson Education, Inc.
Chemistry Ch. 6 Clicker Review
Chemistry SASA Qtr 1 Review Guide.
Which of the elements shown has 1 outer electron (D1)?
Ionic vs. Covalent Bonding
Example 4.1 Atomic Number, Atomic Symbol, and Element Name
Periodic Properties of the Elements
Chapter 6 Review “The Periodic Table”
PERIODIC TABLE Where it all is.
The Periodic Table.
Presentation transcript:

Regents Review Activity and Questions! WHAT ELEMENT AM I?? Regents Review Activity and Questions!

Let’s Play! What element am I? I am a non-metal I belong to the Halogen Family I am not the largest or smallest atom in my group My ionization energy is greater than that of Iodine I am not a gas at room temperature

Let’s Play! What element am I?  (Br) Bromine!

Let’s Play! What element am I? I am a metal I am a transition metal I have the smallest atomic radius in my group I have 6 electrons in the 3d sublevel

Let’s Play! What element am I?  (Fe) Iron!

Let’s Play! What element am I? The radius of my most common ion is smaller than my atomic radius My valence shell contains only s-orbital electrons I form an ion with a 2+ charge I have a lower ionization energy than calcium I have a smaller atomic radius than barium

Let’s Play! What element am I?  (Sr) Strontium!

Let’s Play! What element am I? I am in the p-block of the Periodic Table I have 4 valence electrons I am not the smallest atom in my group My ionization energy is greater than that of germanium

Let’s Play! What element am I?  (Si) Silicon!

Let’s Play! What element am I? I am a metalloid I have 3 p-orbital electrons in my valence shell I have a lower ionization energy than arsenic I am not the largest atom in my group

Let’s Play! What element am I?  (Sb) Antimony!

Let’s Play! What element am I? The radius of my most common ion is larger than my atomic radius I have 6 valence electrons I have a higher ionization energy than tellurium I am the smallest atom in my group

Let’s Play! What element am I?  (O) Oxygen!

Let’s Play! What element am I? I am a metalloid I have one electron in the p-block I have only 2 quantum shells

Let’s Play! What element am I?  (B) Boron!

Let’s Play! What element am I? I am a metal I have an electronegativity less than 1 My atomic radius is less than my ionization energy

Let’s Play! What element am I?  (Cs) Cesium!

Regents Review Questions Which element in Group 15 has the strongest metallic character? As P N Bi ANSWER  d) Bi

Regents Review Questions Which compound forms a colored, aqueous solution? CaCl22 CrCl3 NaOH KBr ANSWER  b) CrCl3

Regents Review Questions Which element has the highest first ionization energy? Sodium Phosphorus Aluminum Calcium ANSWER  b) Phosphorus

Regents Review Questions Which of the following elements has the smallest atomic radius? Nickel Cobalt Potassium Calcium ANSWER  a) Nickel

Regents Review Questions Which set of elements contains a metalloid? Li, Mg, Ca, Kr Ba, Ag, Sn, Xe K, Mn, As, Ar Fr, F, O, Rn ANSWER  c) K, Mn, As, Ar

Regents Review Questions An atom of which of the following elements has the greatest ability to attract electrons? Chlorine Silicon Sulfur Nitrogen ANSWER  a) Chlorine

Regents Review Questions The elements in Period 3 all contain the same number of….? Protons Valence Electrons Occupied Principal energy levels Neutrons ANSWER  c) Occupied Principal energy levels

Regents Review Questions Compared to atoms of metals, atoms of nonmetals generally…..? Have lower first ionization energies Conduct electricity more readily Have higher electronegativities Lose electrons more readily ANSWER  c) Have higher electronegativities

Regents Review Questions As the elements of Group 17 are considered in order of increasing atomic number, there is an increase in…? First ionization energy Number of electrons in the first shell Electronegativity Atomic Radius ANSWER  d) atomic radius

Regents Review Questions As the atoms of the elements in group 1 of the P.T. are considered from top to bottom, the number of valence electrons in the atoms of each successive element…? Increase Decrease Remains the same Returns to zero ANSWER  c) Remains the same