All roads lead to the Elements. Creator: Dmitri Mendeleev Early periodic table: Arranged according...

35
All roads lead to the Elements

Transcript of All roads lead to the Elements. Creator: Dmitri Mendeleev Early periodic table: Arranged according...

Page 1: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

All roads lead to the Elements

Page 2: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

The Periodic Table Creator: Dmitri Mendeleev Early periodic table: Arranged according

to Avg. Atomic MassContained 63 elementsPredicted 3 yet-to-be elementsLeft spaces for undiscovered elements

Page 3: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Mendeleev’s 1st Sketch

Page 4: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

1st Publication

Page 5: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

What do you do to a wrinkled shirt?

Page 6: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Henry Moseley – 1913

Learned that each element has a specific number of protons

Developed modern periodic table

Based upon Protons

Page 7: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Periods: the horizontal rows on the periodic table (left to right)

Groups/Families: the vertical columns on the periodic table (up and down)

Page 8: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Electron Configuration Periods = Energy Level Sub Levels labeled (s, p, d, & f)

Page 9: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

Mickey’s pal

Page 10: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Valence Electrons Valence electrons: electrons in the

outermost shell

Octet Rule: the stable arrangement for all elements is to have 8 valence electrons

Page 11: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.
Page 12: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Group 1: Alkali Metals Group 2: Alkaline-Earth Metals Group 3-12: Transition Metals Group 17: Halogens Group 18: Nobel Gases

Page 13: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Groups/Families Group 1: Alkali Metals

SoftShinyHas 1 Valence electronHighly reactive

Page 14: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Group 2: Alkaline-Earth MetalsReactive (not as reactive as Alkali Metals)2 valence electrons

Page 15: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

Mr. Mony’s enemy

Page 16: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Group 3-12: Transition MetalsCan have more than 1 oxidation numberMetallicWide-range of uses

Iron, Cobalt, Copper, and Manganese use in your body

Copper for electrical wires Gold, Silver, Platinum in jewelry

Page 17: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Group 17: HalogensVery ReactiveHave 7 Valence electronsTend to find in compounds

Page 18: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

Name of a goofy convict

Page 19: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Group 18: Noble Gases8 Valence electronsUnreactive

Page 20: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

What a dog does with a bone?

Page 21: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Oxidation number: a number used to indicate how many electrons will be gained or lostAg (+1), Zn (+2), Cd (+2)

Ion: a charged atom

Page 22: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

Police

Page 23: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Metalloids: B, Si, Ge, As, Sb, Te, Po (have characteristics of both metals and nonmetals)Metals: shiny, malleable, ductile, good conductorsNon-metals: primarily gases, poor conductors

Page 24: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Atomic Radii- distance from the nucleus to the outermost stable electron

Electronegativity- ability of an atom to attract electrons and form a chemical bond

Ionization Energy- the energy needed to remove an electron

Ionic Radii- distance from the nucleus to the outermost electron in an ion

Increases moving down the columns and increases right to left

Increases moving up the columns and increases left to right (Noble Gas family has 0 electronegativity)

Increases moving up the columns and increases left to right

Increases moving down a family (Noble Gas Trick)

Page 25: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Cont’d

Page 26: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Extinct

Page 27: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Practice Which group/family will not bond with

any other elements?

Page 28: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

How many valence electrons does Phosphorus have?

Page 29: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Which element is the most electronegative?

Page 30: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

To follow the octet rule how many valence electrons do all elements want?

Page 31: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

How many valence electrons does Calcium have?

Page 32: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Family with 7 valence electrons and highly reactive?

Page 33: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

What is the oxidation number for Oxygen?

Page 34: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Which element is more metallic Ag or Ge?

Page 35: All roads lead to the Elements.  Creator: Dmitri Mendeleev  Early periodic table: Arranged according to Avg. Atomic Mass  Contained 63 elements  Predicted.

Puns

Imitation Diamond