Introduction to Molecules

Aug 24, 2014

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Introduction to Molecules

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Introduction to Molecules
Directions To move forward click the arrow or Click the button with the correct answer Try it now to move ahead YES

Introduction to Molecules

520 views • 44 slides

Molecules

Molecules. Chapter 2. Introduction to Biochemistry and Review. Covalent Bonds - SPONCH. Non polar – Equal sharing of the electrons Polar – Unequal sharing of the electrons. Water and Hydrogen Hydrogen Bonds. Water. Water contains polar covalent bonds

1.39k views • 116 slides

Molecules

Each state of matter has distinct characteristics. Plasma is a highly charged

187 views • 5 slides

CHAPTER 11 Introduction to Organic Molecules & Functional Groups

CHAPTER 11 Introduction to Organic Molecules & Functional Groups General, Organic, & Biological Chemistry Janice Gorzynski Smith. CHAPTER 11: Intro to Organic Molecules & Functional Groups. Learning Objectives: Difference between organic and inorganic molecules

878 views • 35 slides

Chapter 3 Introduction to Organic Molecules and Functional Groups

Chapter 3 Introduction to Organic Molecules and Functional Groups. Introduction to Organic Molecules and Functional Groups. Functional Groups.

887 views • 52 slides

Molecules

Molecules. Past Paper Questions. 1. Describe the significance of water to living organisms. 6 marks SL. 1. Describe the significance of water to living organisms. 6 marks SL. Each feature or property must be related to living organisms in order to receive a mark. Features may include:

353 views • 21 slides

Atoms to Molecules

Atoms to Molecules. Single electron atom or ion (arbitrary Z ) orbitals known exactly. n. m l. solutions characterized by QNs: n, l, m l. l. R ( r n ) . Consider 1 s orbital:. single electron (neutral) atom is hydrogen, Z = 1. Electrons in Molecules.

442 views • 13 slides

Molecules

1. Atoms make up _________. Molecules. 2. Molecules make up ___________. organelles. 3. A group of organelles make up _________. cells. Atoms. 4. ____________ are the smallest units of a chemical element. elements. 5. _______________

477 views • 36 slides

Molecules

Molecules. E&R Chapter 12. Outline. Bonding 12-1 Ionic 12-2 Covalent 12-3 Molecular Excitations 12-4 Rotation 12-5 Vibration 12-6 Electronic Electronic + Vibration + Rotation 12-7. Bonding. http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/chemcon.html#c1. R Nave, Georgia State Univ.

635 views • 33 slides

MOLECULES

MOLECULES. BONDS Ionic: closed shell (+) or open shell (-) Covalent: both open shells neutral (“share” e) Other (skip): van der Waals (He-He)…Hydrogen bonds (in DNA, proteins, etc) ENERGY LEVELS electronic vibrational rotational. Ionic Bonds - NaCl.

312 views • 10 slides

Molecules

Molecules. Objectives. Write the electron dot structure for an atom. Explain how covalent bonds form molecules. Electron Dot Structures. Dots can be used to represent v/e. Write electron dot structures for K, P, S, and Br. Covalent Bonds. How do non-metal atoms bond together?.

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Biochemistry : An Introduction to the Basic Molecules of Life

Biochemistry : An Introduction to the Basic Molecules of Life. “The fragrance of the rose always stays in the hand of the giver”. 2-1 Basics of Chemistry. Element--substance that can’t be broken down by chemical processes into simpler substance (like letters of alphabet

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Molecules

Molecules. Two kinds of energy: Movement and attraction Movement energy is “Heat energy” Thermometers added to substance to measure heat. They measure average molecular velocity or heat intensity levels, but not total heat or energy possessed. Four Temperature Scales. Metric Scales:

466 views • 31 slides

Molecules

e-. Molecules. 2 st excited state 1 st excited state ground state. Potential Energy Surfaces. A 2. U(r). A* + A. A + A. q a. LCAO-MO. e-. a. b. H 2 +. Secular equation. Bonding vs antibonding energies. Other LCAO. How about p orbitals. e-. e-. a. a. b. b. p orbitals.

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Grams to Moles to Molecules

Grams to Moles to Molecules. Grams to Moles to Molecules. How many molecules in 5.00g of hydrogen gas? 5.00g H 2 x 1mole x 6.02 x 10 23 molecules = 2.02 g 1 mole = 5.00 / 2.02 x 6.02 x 10 23 = 1.37 x 10 24 molecules. Mole Diagram. Divide by Avogadros’s #. Divide by MM. Grams.

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Molecules

SPEEDY POSTERS. Molecules. in the. tmospheres. of extrasolar planets. Observatoire de Paris, Salle Cassini, November 19-21, 2008. SPEEDY POSTERS. GONE IN 60 SECONDS !. Ground-based detection of the secondary eclipse of TrES-3b Ernst de Mooij & Ignas Snellen, Leiden Observatory.

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From atoms to molecules

From atoms to molecules. Benzene ring. Sigma bond. Diatomic molecule. Pi bond. Au. HSC 6 H 4 SH. Au-S-C 6 H 4 -S-Au. L. L. L. H. H. H.

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2.1 Molecules to Metabolism

2.1 Molecules to Metabolism. Essential idea: Living organisms control their composition by a complex web of chemical reactions. Understandings. Applications and Skills. 2.1 . U1 Molecular biology explains living processes in terms of the chemical substances involved.

587 views • 31 slides

Molecules

Molecules. Molecules in action Part II. Hydrogen Bonds. Properties. Adhesion- water molecules stick to unlike surfaces such as glass or plastic( -) Meniscus Cohesion – water molecules stick to each other – “ sticky Mickeys” – drop of water

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MOLECULES

MOLECULES.

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Introduction to atoms and molecules

Introduction to atoms and molecules. Chapter 2-1 – 2-5 Chapter 5-7 and 5-9 Chapter 4-5 – 4-6. Key concepts in this unit. Dalton’s atomic theory The electron, proton, and neutron Isotope, atomic number, mass number Molecules and molecular formulas Introduction to ions

461 views • 30 slides

MOLECULES

MOLECULES. Monomer vs polymer. amino acid monomer R is a side group. O. N-CH-C-OH. H. 2. R. E.g. protein. Monomer. O. H. N-CH-C-OH. 2. R. R. R. R. R. The 20 amino acids found. in proteins each have. different side chains, R.

272 views • 26 slides

More Related

Introduction to Molecules

Introduction to Molecules

Presentation Transcript

Introduction to Molecules

Molecules

Molecules

CHAPTER 11 Introduction to Organic Molecules &amp; Functional Groups

Chapter 3 Introduction to Organic Molecules and Functional Groups

Molecules

Atoms to Molecules

Molecules

Molecules

MOLECULES

Molecules

Biochemistry : An Introduction to the Basic Molecules of Life

Molecules

Molecules

Grams to Moles to Molecules

Molecules

From atoms to molecules

2.1 Molecules to Metabolism

Molecules

MOLECULES

Introduction to atoms and molecules

MOLECULES

CHAPTER 11 Introduction to Organic Molecules & Functional Groups