'Ionic bonds' presentation slideshows

Cells

Cells. Student Outcomes. Understand the structure of atoms Types of molecular bonds Compounds Properties of water Ions Acids/bases Macromolecules Describe the physiology of cells and cell membranes including membrane transport processes. BACKGROUND. Chemistry.

1.85k views • 148 slides

Chapter 2: The Chemical Level of Organization

Chapter 2: The Chemical Level of Organization. Introduction to Chemistry. Matter is made up of atoms Atoms join together to form chemicals with different characteristics Chemical characteristics determine physiology at the molecular and cellular level. Atomic Particles. Proton :

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Key Question: Why Do Atoms Combine In Certain Ratios?

Key Question: Why Do Atoms Combine In Certain Ratios?. Review of Oxidation Numbers. Review of Oxidation Numbers. All compounds have an electrical charge of zero (they are neutral).

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To View the presentation as a slideshow with effects

944 views • 75 slides

1.02k views • 68 slides

Proteins by Sakvinder S Khalsa

Proteins by Sakvinder S Khalsa. WE SHALL LOOK AT PROTEIN SYNTHESIS. CONSIDER PROTEIN STRUCTURE AT THE MOLECULAR LEVEL. DISCUSS DIFERENT USES OF PROTEINS. BREIFLY LOOK AT ENZYMES. Protein synthesis.

757 views • 64 slides

Chapter 10

Copyright ? The McGraw-Hill Companies, Inc. Permission required for reproduction or display. Chapter 10. An Introduction to Organic Chemistry: The Saturated Hydrocarbons. Denniston Topping Caret 5 th Edition. 10.1 The Chemistry of Carbon. Why are there so many organic compounds?

1.56k views • 60 slides

MFGT 290 MFGT Certification Class

MFGT 290 MFGT Certification Class Chapters 13, 14, and 15: Engineering Materials- Plastics, Composites, and Ceramics Professor Joe Greene CSU, CHICO MFGT 290 Chap 13: Plastics Plastics Polymerization Polymer Structures Thermoplastics Engineering Thermoplastics Thermoset Polymers

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MFGT 290 MFGT Certification Class

MFGT 290 MFGT Certification Class. Chapters 13, 14, and 15: Engineering Materials- Plastics, Composites, and Ceramics. Professor Joe Greene CSU, CHICO. MFGT 290. Chap 13: Plastics. Plastics Polymerization Polymer Structures Thermoplastics Engineering Thermoplastics Thermoset Polymers

827 views • 57 slides

CHEMISTRY Concepts and connections Ch. 2

CHEMISTRY Concepts and connections Ch. 2. Atoms, Elements and molecules. ALL MATTER IS MADE UP OF ATOMS ALL MATTER IS ORGANIZED INTO ELEMENTS (in the Periodic Table) The fundamental building blocks of life are CHEMICALS

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Chapter 1 Structure Determines Properties

745 views • 51 slides

Chemical Bonding

Chemical Bonding. No one wants to be alone. Why atoms bond. Most atoms are not found alone in quantity in the universe, they are bonded to other atoms All atoms except the ones in Group 18 (the Noble Gases) have an unstable electron configuration

1.03k views • 50 slides

Chapter 4

Chapter 4. Compounds and Mixtures.

763 views • 44 slides

A Gentle Introduction to (or review of) Fundamentals of Chemistry and Organic Chemistry

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Protein 3-Dimensional Structure and Function

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Periodic Table

Periodic Table. So we now know how multielectron atoms behave How do multiatom molecules behave?. Ionic Bonds. Between elements on left (electropositive) and right (electronegative) of periodic table. Na. -5eV. Na.

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Ionic Bonding

Ionic Bonding. CA Standards. Students know atoms combine to form molecules by sharing electrons to form covalent or metallic bonds or by exchanging electrons to form ionic bonds.

651 views • 12 slides

Chapter 5

Chapter 5. Chemical Bonds, Nomenclature, Lewis Structure and Molecular Shapes. 75%. % Ionic Character. 50%. 25%. Electronegativity difference. I. Chemical Bonds B. Ionic Bonds.

526 views • 12 slides

Intermolecular forces and solubility

Intermolecular forces and solubility. Intramolecular forces occur between atoms. Intermolecular forces occur between molecules. Why mixtures mix. Consider a glass of wine. Why do alcohol, water, & pigment mix together? There must be attractive forces.

264 views • 9 slides

Metallic Bonding

Metallic Bonding. Strong forces of attraction are responsible for the high melting point of most metals. CA Standards. Students know atoms combine to form molecules by sharing electrons to form covalent or metallic bonds or by exchanging electrons to form ionic bonds. . Metallic Bonding.

318 views • 7 slides