Classification Unit Test

Slides:



Advertisements
Similar presentations
How Cells Function 2.1 Chemical reactions take place inside cells. 2.2
Advertisements

Chapter 3 Cell Processes.
Chapter 2, Section 1 Chemical Compounds in Cells
3.3 Chemical Compounds in Cells
Cues Elements Within Cell Carbohydrates Lipids Proteins Nucleic Acid Water.
Chemical Compounds in Cells
Molecules of Life Section 3.3
Chemical Compounds in Cells and The Cell in its Environment
Chapter 9 Cell Processes. I.Chemistry of Life A. The Nature of Matter -Everything in your environment is made up of matter – anything that has mass and.
To return to the chapter summary click Escape or close this document. Chapter Resources Click on one of the following icons to go to that resource. life.msscience.com.
Chapter 9 Chemistry of Life. A. Everything around you is made of matter and energy. 1. Matter is anything that has mass and takes up space. 2. Energy.
Chapter 2-1.  These molecules have specific jobs in the cell.  Carbohydrates  Lipids  Proteins  Nucleic Acids.
Elements All matter in the universe- living and nonliving- can be broken down into substances called elements (made of atoms). About 25 are essential.
Chapter Three Cell Processes. Chapter Three Table of Contents Table Contents Section 1 Objectives, Key Terms, & Notes Chemistry of Life Directed Reading:
How Cells Function CHAPTER the BIG idea CHAPTER OUTLINE All cells need energy and materials for life processes. Chemical reactions take place inside cells.
1.2Cells unicellular.- one cell Multicellular-many celled more complex and performs specialized jobs Cells of the same kind make tissues.. Tissues of the.
Chemical Compounds in Cells The Cell In its Environment.
Basic Biochemistry VERY BASIC. Matter Anything that has mass and takes up space. Anything that is not matter is energy.
How Cells Function. Video: CCBB-00CF-43A C98A1A92B&blnFromSearch=1&productcode=DETB#
HOW CELLS FUNCTION ALL CELLS NEED ENERGY AND MATERIALS FOR LIFE PROCESSES.
 Cell Processes and Energy.  Elements and Compounds o Elements any substance that cannot be broken down into simpler substances ATOM an ATOM is the.
Chemical Compound Review
Chemical Compounds in Cells Chapter 3, Section 3.
Chemical Compounds in Cells. Review of basic chemistry Element – any substance that cannot be broken down into a simpler substance –Ex – carbon, nitrogen,
Organic Compounds.
 There are more than 120 elements-25 are needed for life  Water is needed for chemical reactions. About 2/3 of every cell is water  Many form the 4.
Aim: How are living things similar, chemically? DO NOW: 1.What kind of chemical molecules can we find in our bodies? 2.What does your diet consist of?
Chemical Compounds in Cells Elements – Any substance that can not be broken down into simpler substances. Made up of atoms (building blocks of matter)
CRCT Practice September 16, 2013 Leaf cells use chlorophyll to absorb A.Oxygen B.Light energy C.Carbon dioxide D.glucose.
Chapter 2 Section 1 Chemical reactions take place inside cells.
Cells & Heredity Lesson 1.3 Chemical Compounds in Cells 6 th Science.
Chapter 1.  Element – a substance that cannot be broken down into simpler substances – smallest unit of an element is an atom  Compound – two or more.
Chemical Compounds Molecule Movement Photosynthesis Compound Functions Misc. Cellular Respiration.
(7 th ) Chapter 3-3 Cornell Notes Chemical Compounds in Cells.
Chemical Compounds in Cells Life Science. Elements Oxygen – O 65% Carbon – C 18.5% Hydrogen – H 9.5% Nitrogen – N 3.2% Calcium – Ca 1.5% Phosphorus –
C ELL P ROCESSES AND ENERGY Cells Unit 2, Part II H. Carter.
Cell Processes Chapter 9. Mixtures O mixture is a combination of substances not chemically bonded O solution is a mixture evenly combined O suspension.
 CHAPTER 3 and CHAPTER 4. Compounds Two or more elements that are chemically combined. Pages
Chemical Compounds in Cells. Element A substance that cannot be broken down into simpler substances. The smallest unit of an element is called… An ATOM.
Cell Processes and Energy
Cell Processes.
Ch. 3 Cell Processes Life Science.
Cell Processes and Energy
Elements and Compounds
Chemical Compounds in Cells Chapter 3 Section 3
Std 4 Review!.
Chemical Compounds in Cells
Levels of Organization and Chemical Compounds
Biochemistry Vocabulary
Chemical Compounds in Cells
Chemical Compounds in Living Things
Chapter 4 Test Review.
Chemical Compounds in Cells
Chemical Compounds in Cells
Chapter 3: Cell Processes
WEEK 15 VOCABULARY DNA (Deoxyribonucleic acid) Nucleic Acid
Chemical Compounds in Cells
The Building Blocks of Cells
Chemical Compounds in Cells
Element Compound Carbohydrate Lipid Protein
What Else Is Inside Cells?
Characteristics and Classification of Life
Table of Contents Chemical Compounds in Cells (1.3) The Cell in Its Environment (1.4) Photosynthesis (2.1) Respiration (2.2)
Molecules for Life Unit 2 – Lesson 4
Biochemistry By: Mr. Kauffman.
Chemical reactions inside cells
Chemistry of Life Chapter 3
DO NOW On the top of you note packet, write down 3 things that you might see on the nutrition label on the back of a can of food.
Chapter 9 Review: Cell Processes
How Cells Function 2.1 Chemical reactions take place inside cells. 2.2
Presentation transcript:

Classification Unit Test Monday and Tuesday Get out your notes and begin review

CRCT Practice September 17, 2014 Leaf cells use chlorophyll to absorb Oxygen Light energy Carbon dioxide glucose

NOTES, September 17, 2014 Atoms are the smallest particle of all matter. Elements are a type of matter where all the atoms are the same. Elements can not be broken down. Example: hydrogen or oxygen A compound is when two or more elements are chemically combined. Example: 6H₂O A molecule is the smallest part of a compound. H₂O

Four large molecules that support cell function: Carbohydrates-give energy Lipids-fats, oils, waxes found in living things Proteins-made of amino acids; enzymes are types of proteins that control chemical reactions

4. Nucleic Acids-molecules that hold the instructions for the maintenance, growth, and reproduction of a cell (DNA and RNA)

36. Organic compounds-compounds found in all living things in nature 36. Organic compounds-compounds found in all living things in nature. Only living(or once living) organisms can contain organic compounds. Hint: look for the element carbon (C ) 37. Inorganic compounds-compounds found in all nonliving things in nature.

CRCT Practice September 18, 2014 The cells of a redwood tree require oxygen for the process of Photosynthesis Cellular respiration Fermentation Binary fission

Notes September 18, 2014 Cells must: Get materials they need into the cell Get rid of waste products in the cell Have chemical reactions in the cell

Vocabulary 38. homeostasis- “balanced”; the number of molecules inside a cell are the same as the number of molecules outside the cell 39. diffusion-the movement of molecules across a cell membrane(in or out of cell)

40. osmosis- a type of diffusion; moves ONLY water molecules across the cell membrane 41. active transport-the movement of molecules in or out of a cell when the cell uses energy

42. passive transport-the movement of molecules in or out of a cell WITHOUT the cell using energy (diffusion and osmosis)

Reading pages 56-60; guided

CRCT Practice September 19, 2014 Both a whale and a seaweed use which of the following to change glucose into energy? Water Photosynthesis Cellular respiration Bonding

Notes 9/17/14 Chemical energy is provided to all cells as glucose. Water is needed for all chemical reactions in a cell. Osmosis is a special type of diffusion. Osmosis only moves water molecules in and out of a cell. This is because cells need so much water. (passive)

Diffusion is a type of passive transport that moves molecules in or out of cell ( carbon dioxide, oxygen…) Active transport moves molecules but Must use some the cell’s energy to do This. Salt moves across a cell’s membrane this way.

Diffusion of carbon dioxide

Osmosis- WATER ONLY

CRCT Practice September 18, 2014 The process by which water moves across a cell membrane is Diffusion Active transport Osmosis Facilitated diffusion

Practice with osmosis and diffusion