The CHEMISTRY of Life CHEMISTRY is the foundation of BIOLOGY.

Slides:



Advertisements
Similar presentations
CHEMISTRY.
Advertisements

Ch. 2: “Chemistry of Life”
NOTES: Unit 1-Basic Chem Review NAME HOUR.
Biology 107 Chemical Context of Life August 30, 2002.
Biology 107 Chemical Context of Life August 29, 2003.
Welcome to Chemistry Welcome to Chemistry Turn in electron configuration Turn in electron configuration Notes on Bonding Notes on Bonding Practice Practice.
Covalent Bonds. Form when two or more non-metal atoms SHARE electrons. There is no transfer of electrons.
Chapter 6 Section 2 Pg
 A covalent bond is formed when two or more nuclei share electrons in order to achieve a stable electron configuration (noble gas).  Covalent bonds.
AP Biology The Chemistry of Life AP Biology Why are we studying chemistry? Chemistry is the foundation of Biology.
Tech Notes: Why Atoms Combine  Molecule and Compound:  Two or more atoms chemically combined  Have completely different properties than those of the.
AP Biology The Chemistry of Life AP Biology Why are we studying chemistry? Chemistry is the foundation of Biology.
AP Biology The Chemistry of Life AP Biology Why are we studying chemistry? Chemistry is the foundation of Biology.
ESCS Review. Composition of Matter (Review) Matter – anything that takes up space and has mass. Mass – the quantity of matter an object has (the same.
The Nature of Molecules Chapter 2. 2 Atomic Structure All matter is ____________ atoms. Understanding the structure of atoms is critical to understanding.
The Nature of Molecules Chapter 2. 2 Atomic Structure All matter is composed of atoms. Understanding the structure of atoms is critical to understanding.
Regents Biology The Chemical Basis of Life Sections 2.6 – 2.9 Chemical Bonding Today we will learn about how atoms bond together.
The Chemistry of Life Why are we studying chemistry? Chemistry is the foundation of Biology.
AP Biology The Chemistry of Life AP Biology Why are we studying chemistry? Chemistry is the foundation of Biology.
MCC BP Based on work by K. Foglia Chapter 2. The Chemical Context of Life.
AP Biology The Chemistry of Life AP Biology ProtonNeutronElectron Hydrogen 1 proton 1 electron Oxygen 8 protons 8 neutrons 8 electrons +0–
CHEMISTRY IN LIVING SYSTEMS. All life processes involve living things made of matter All matter is composed of elements The chemical foundation for the.
The Chemical Context of Life and Properties of Water
AP Biology Chapter 2. The Chemical Context of Life.
AP Biology Chapter 2 The Chemical Context of Life
Inorganic Chemistry – Chemical Bonding. Chemical Bonding (1). When two or more atoms react ---  chemical bond – Valence electrons – Form Ionic bonds.
What is Matter? Matter is any substance in the universe that has mass and occupies space All matter is composed of extremely small particles called atoms.
Covalent Bonds!. Covalent bond Between two nonmetals; sharing of the valence electrons Covalent bonds are weaker than Ionic bonds A molecule is the smallest.
AP Biology Chapter 2. The Chemical Context of Life.
Bonding Types and Properties 1. Identify compounds as ionic or molecular (covalent) based on ionic compounds being the combination of metals with nonmetals.
  In covalent bonding, the two electrons shared by the atoms are attracted to the nucleus of both atoms. Neither atom completely loses or gains electrons.
Chemical Bonding Science Investigations. What is a chemical bond? Electrical attraction between the nucleus of one atom and the valence electrons of another.
Chapter 5 Section 3 Notes The chemical bond formed when two atoms share electrons is called a covalent bond. Except for noble gases, nonmetals can bond.
Chapter 2. The Chemical Context of Life. Why are we studying chemistry? Biology has chemistry at its foundation.
The Chemistry of Life Chapter 2 Pre Assessment 1.Name the 3 parts of an atom and their locations in an atom 2.What subatomic particle represents an atom’s.
Basic Chemistry CHAPTER 2-2. Inert Elements  Atoms are stable (inert) when the outermost shell is complete.
Chapter 3 – Atomic Structure. Elements Ionic Bonding Positively charged sodium is attracted to negatively charged chlorine to form sodium chloride (table.
AP Biology The Chemistry of Life Chapter 2 AP Biology Pre Assessment 1. Name the 3 parts of an atom and their locations in an atom 2. What subatomic.
Covalent Bonds. Form when two or more non-metal atoms SHARE electrons. There is no transfer of electrons.
Atoms and Bonding Chapter 6.1 cont.... Compounds and Bonding A compound is a substance that is composed of atoms of two or more different elements that.
Hydrogen: Why Start here? See Video Hand in Flip Homework: Hydrogen Will discuss at the end of class
1.4 Chemistry Basics Part I SBI3C Mrs. Jones. Chemistry Basics  Biology is the study of living things  All living matter is composed of chemical substances.
CHEMISTRY The Building Blocks of Biology. Matter Anything that has mass and occupies space. Solid, Liquid, Gas.
AP Biology Chapter 2. The Chemical Context of Life.
Chapter 2 The Chemistry of Life The basic composition of matter AP Biology Lecture Tamara Lookabaugh Moore High School.
AP Biology AP BIO SEPTEMBER 8, 2016  DO NOW :  LEARNING TARGETS  I am able to refine representations and models to explain how the subcomponents of.
The Nature of Molecules
The Chemistry of Life
BIOCHEMISTRY.
The Chemistry of Life Domains of Study Domain of BioMolecules
The Chemistry of Life Domains of Study Domain of BioMolecules
The Chemistry of Life
The Chemistry of Life Domains of Study Domain of BioMolecules
The Chemistry of Life
AP/IB Biology Chapter 2 The Chemistry of Life
PowerPoint by Kim Foglia Division High School Levittown, NY Modified by Kathleen Crawford Science Hill High School Johnson City, TN.
Chemistry of Life Properties of Water.
Chapter 2. The Chemical Context of Life
Covalent Bonding Electron Sharing.
Covalent Bonding Electron Sharing.
Covalent Bonding Electron Sharing.
UNIT I: THE CHEMISTRY OF LIFE
AP Biology Chemistry Notes
Chemistry of Life Properties of Water.
Covalent Bonds Chapter 5 Section 3.
Electronegativity -Electronegativity increases from left to right and increases from top to bottom.
Chapter 2 – The Chemistry of Life
Covalent Bonds 8-2.
Notes 3- Chemical Bonds, Isotopes, Ions
Presentation transcript:

The CHEMISTRY of Life CHEMISTRY is the foundation of BIOLOGY.

Elements in the same column have the same valence & similar chemical properties

REACTIVITY Atoms tend to complete a partially filled valence shell or empty a partially filled valence shell – – – REACTION (Bond formation)

Biological Bonds – – H 2 (hydrogen gas) Biological systems are composed of primarily non-metals (CNOPSH) Non-metals share electrons with each other to complete their valence shells COVALENT balanced, stable. Good building block Non-polar Polar hydrocarbons = C x H x

Polar Bonds oxygen has stronger “attraction” for the electrons than hydrogen oxygen has higher electronegativity H H Oxygen Water is a polar molecule + vs – poles + + – – – –

Hydrogen Bonding H bonds H O H Between the “negative-ish” oxygen and The ”positive-ish” hydrogen WEAK There is strength in numbers