Descriptive Inorganic Chemistry Chem 241 9-10 M, W, F Bill Vining 232 Physical Sciences Building 436-2698

Slides:

Advertisements

Similar presentations

Chemistry!! March 7 & 8, 2013 Ms. Boon. Catalyst  What are the three types of radiation?  Nuclear power plants use ( fusion/fission ) to generate energy.

Advertisements

Chemistry 112 Sections 4-6 Bill Vining 232 PSCI

One Point Quiz One quiz per table, list everyone’s name

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 232 Physical Sciences Building

Chemistry 112 Sections 5-9 Please don’t sit in the last four rows. And, thanks.

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 232 Physical Sciences Building

The History of the Universe Today Galaxy Formation Last Scattering Nuclear & High Energy Physics Inflation? Extra Dimensions? Time High Energy & Temp Anti-Gravity?*!

Descriptive Inorganic Chemistry Chem M, W Bill Vining 232 Physical Sciences Building Sit in First 8 Rows.

December 16, 2013 Activity: Atoms / Molecules / Elements / Compounds 4-4 How Atoms are Represented –Pg. 95 – 97 Read and answer review questions (Pg. 97.

Revision Quiz Atomic Theory 1

Homework from page 104.

1. Atoms Elements Compounds 2. The structure of an Atom 3. Symbols for elements 4 Elements of the periodic table Chemistry Elements Chemistry Elements.

Chapter 7: Radiation. Remember from Chemistry: Mass numberMass number: the number of protons + number of neutrons Atomic numberAtomic number: the number.

How do you read the PERIODIC TABLE? What is the ATOMIC NUMBER? o The number of protons found in the nucleus of an atom Or o The number of electrons surrounding.

Geochemical data. All electromagnetic waves travel at the speed of light (3 x 10 8 ms -1 ) and are discussed in terms of wavelength and frequency The.

1Chem 112 LRSVDS Fall 2011 Chem 112 Exam I Tuesday September 13, 6:30 – 7:45 PM Conflicts: For legitimate PSU conflicts, sign up for a conflict exam during.

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 232 Physical Sciences Building

BOYERTOWN JUNIOR HIGH WEST WELCOMES PARENTS TO BACK TO SCHOOL NIGHT WELCOMES PARENTS TO BACK TO SCHOOL NIGHT.

Reading the Periodic Table. What does Atomic Mass tell us?

Welcome to Chemistry Prepare to be challenged. Chem Is Try How am I going to be GRADED? – Tests 30% – Labs 20% – Final 20% – Homework 10% – Notebook 10%

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 61 Bacon Hall

CHEMISTRY The Central Science!. What is Chemistry? Chemistry is the study of MATTER. Chemistry is the study of MATTER. But what is matter…? How is it.

Foundation year Introduction to Chemistry 101 CHEM Done by: L. Amal Abu-Mostafa.

Selected Topics in Astrophysics

What are the names of these elements? C O Na Li Fe Mg Pb Ca F Xe Ti K Ba B Si P Cl Be.

An Atom is ……………. An Element is …………... A Compound is ………….

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 61 Bacon Hall

Periodic Properties of Elements. Atomic Radius Atomic radius – the distance from the nucleus to the outermost electrons, measured in picometers (

GENERAL CHEMISTRY II Chem V01B Room SCI 221 MW 5:30-6:54PM.

Why is the Table of Elements Periodic?

What is Matter?.

Periodic Table Study Guide Determining Shells and Valence Electrons

Periodic Table Study Guide Determining Shells and Valence Electrons

Periodic Table Study Guide Determining Shells and Valence Electrons

Descriptive Inorganic Chemistry Chem 241

Dr. Nick Blake Chem V01B: Room SCI 221 MW 5:30-6:45 PM

Chemistry of Elements CHEM-E4130 (5 cr) B202b

Chem I Block Objectives:

Hydrogen Burning (Proton-proton chain)

Thursday October 1, 2015 TO DO RIGHT NOW:

KS4 Chemistry The Periodic Table.

Chemistry 111 Sections 5-9 Bill Vining 232 Physical Sciences Building

Descriptive Inorganic Chemistry Chem 241

Periodic Table Study Guide Determining Shells and Valence Electrons

Periodic Table Study Guide Determining Shells and Valence Electrons

AP Chemistry Mrs. Andre.

CLASS QUIZ PERIODIC TABLE, VALENCE ELECTRONS, P+, N, e-

Periodic Table Study Guide Determining Shells and Valence Electrons

As always… OWL Lon-Capa assignments Lecture videos Textbook

Chemistry is a Physical Science

Periodic Table Study Guide Determining Shells and Valence Electrons

Properties of Matter (1.5)

Properties of Matter (1.5)

How Atoms Differ Chp 4.

Chemistry – Nov 20, 2018 P3 Challenge- Objective –

Chemistry, Part II.

Periodic Table Study Guide Determining Shells and Valence Electrons

Periodic Table Study Guide Determining Shells and Valence Electrons

Properties of Matter (1.5)

Periodic Table Study Guide Determining Shells and Valence Electrons

Oxidation and Reduction

Periodic Table Study Guide Determining Shells and Valence Electrons

Chapter 3, Part2 Nuclear Chemistry CHEM 396 by Dr

Periodic Table Study Guide Determining Shells and Valence Electrons

Periodic Table Study Guide Determining Shells and Valence Electrons

Descriptive Inorganic Chemistry Chem 241

Isotopes Warm-up Write the hyphen notation and nuclear symbol for the isotopes below. 12 p+ 12 no 12 p+ 14 no 2. A atom has 26 protons and 30 neutrons.

Presentation transcript:

Descriptive Inorganic Chemistry Chem M, W, F Bill Vining 232 Physical Sciences Building

Inorganic Chemistry One of the three descriptive chemistries: – Organic Chemistry – Biochemistry – Inorganic Chemistry  Theoretical and Practical Chemistries:  Physical Chemistry  Analytical Chemistry

Inorganic Chemistry: Chemistry for the rest of the elements.

Inorganic Chemistry Transition metal chemistry: – Metal-ligand complexes Main group and metal-based materials science

What we’ll cover: Nuclear chemistry Redox chemistry Descriptive main group chemistry Theoretical and descriptive transition metal chemistry

What we’ll cover: Breadth of topics and you.

First Assignment: Find the best periodic table website. Bring URL and list of why you think it is the best (and any drawbacks). Hand in paper at start of class Friday.

Official Stuff Course Website: Text: Descriptive Inorganic Chemistry, 5 th Ed., Rayner-Canham and Overton Grading: Three exams300 points Homework/In-Class Quizes100 points Project100 points Homework: some OWL Starting Next Week + hand in

First Topic Where do all these elements come from? How are they made? Are they made?

What aspects of this should we explain?

What will our explanations depend on? Thermodynamics: relative stability Kinetics: rate and mechanism

General Decrease in Abundance with Atomic Number

Even > Odd

Peak at Fe

Peak at Pb

Trough at Be

Missing Tc and Pm and Above N = 83

Nuclear equations

Nucleosynthesis of the Elements Hydrogen Burning 1 H + 1 H  2 H + e + + v e 2 H + 1 H  3 He +  3 He + 3 He  4 He +2 1 H Why does this happen only in stars? 4 1 H  4 He + 2e + + 2v e

Helium Burning 4 He + 4 He  8 Be 8 Be + 4 He  12 C*  12 C +  3 4 He  12 C +  Is this easier or harder than hydrogen burning?

Carbon Burning, etc. 12 C + 4 He  16 O +  16 O + 4 He  20 Ne +  20 Ne + 4 He  24 Mg +  12 C + 12 C  24 Mg +  12 C + 12 C  23 Na + 1 H 12 C + 12 C  20 Ne + 4 He Go back to initial Questions. Can we answer any?

The  -Process 20 Ne +   16 O + 4 He 20 Ne + 4 He  24 Mg +  2 20 Ne  16 O + 24 Mg +  40 Ca + 4 He  44 Ti* +  44 Ti* + e -  44 Sc* + v + 44 Sc*  44 Ca +  + + v + 44 Ca + 4 He  48 Ti + 

Neutron Capture-Beta Decay