Mr. Morrell: Team 6-2 Science, Reading, and Language Arts: Science Syllabus 11/16/09

Friday, November 13, 2009

Science Syllabus 11/16/09

Mr.Morrell
Science Syllabus
Week of November 16, 2009
http://op97-morrell.blogspot.com
Email: jmorrell@op97.org
DON’T FORGET TO BRING YOUR SCIENCE TEXT BOOK, SCIENCE FOLDER, AND SPIRAL TO CLASS EVERYDAY!
• Good News Parents! For those students who do not want to take their textbooks home each time they have homework there is a downloadable PDF version of the textbook now available online. This is for a limited time until STC completes the fully interactive online textbook. It’s easy, just long onto http://www.carolinacurriculum.com/login_student_catastrophic.asp
Password: Catastrophic and download the PDF or just click on the link on my blog!
• 2 points of extra credit for each student that gets a 2-gallon zip top bag for their science books.

Monday, November 16
Earths Amazing Atmosphere and The Water Cycle

Homework: finish class work, if necessary and create your Heading in your notebooks for lesson 6. Be ready to go on Wednesday, I might give points for a proper heading ;-)

Tuesday, November 17
Field Trip Today!

Homework: None

Wednesday, November 18
Check for proper headings in notebooks.
Introduce Lesson 6: Temperature, Pressure, and Cloud Formation

Homework: None

Thursday: November 19
Explore: Inquiry 6.1 Observing Evaporation and Condensation
Try to answer Reflection Questions 1a-c together in your groups and put the answers in your notebooks.

Homework: Reflection Questions 2 and 3 page 71

Friday, November 20
Review Explore 6.1 and reflection Questions

Homework: Enjoy your weekend!

Monday, November 23
Explore: Inquiry 6.2 Modeling the Effects of Air Pressure on Cloud Formation
Answer reflection questions 1a-d in your notebooks with your group

Homework: Read pages 76 and 77 and complete Student Sheet 6.2

Tuesday, November 24
Review Explore 6.2 and Student Sheet 6.2

Homework: Have an Awesome Turkey Day!

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Science Terms You Should Know!

Science Vocabulary

Mass – The amount of matter in an object

Volume - The amount of 3–dimensional space taken up by an object. (Capacity)

Distance – The space between two objects or points.

Liter – The basic metric unit of volume. (l)

Meter – The basic metric unit of distance. (m)

Gram – The basic metric unit of mass. (g)

Data – A collection of facts from which conclusions may be made.

Dependent Variable – The variable that is observed and measured, the data. (y-axis)

Independent Variable – The variable that can cause a change in the dependent variable. (x-axis)

Hypothesis – A reasonable prediction, an educated guess.

Null hypothesis – A statement that is opposite of your predicted hypothesis.

Inquiry – The act of gathering or asking for information.

Inferences – A reasonable explanation for an event or observation.

Scientific Theory – Inferred explanation for why something happens. (Theory of Evolution)

Scientific Law – Statements or descriptions of how something happens. (The law of gravity)

Beaker – Laboratory glassware shaped as a cylinder with a notch for pouring liquids.

Metric or SI – The International System of Units.

Kilo – The SI prefix for 1000 (k)

Deci – The SI prefix for 0.1 (d)

Centi – The SI prefix for 0.01 (c)

Milli – The SI prefix for 0.001 (m)

States of Matter

Matter exists in three states:
Solid (Example: Ice)
Liquid (Example: Water)
Gas (Example: Water Vapor)

Endothermic:
A process or reaction that absorbs heat. For example, ice melting is an example of an endothermic process because it absorbs heat from its surroundings.

Exothermic:
A process or reaction that releases heat. For example, wood burning in the presence of oxygen is an example of an exothermic reaction.

Convection:
The process in which cool air delves down, while warmer air rises to the top. The warm air usually cools in the cooler, higher sections of the atmosphere and again begins to return back down. Local breezes, wind and even thunderstorms are a result of convection. Also, the transfer of heat in a gas or liquid by the movement of particles within the fluid.

Conduction:
Energy transfer from one material to another by direct contact.

Radiation:
energy that is radiated or transmitted in the form of rays or waves or particles

Biome Brochure Project

Biome Project

TASK: Create a travel brochure that promotes visiting one of the Earth’s biomes. Your biome will be based on an organism card you will receive. Your group will decide which biome best fits the organisms you are randomly assigned to. You must use accurate information about the biome and its conditions, but you may use humor and creativity to offer suggestions for overcoming the challenges of visiting the location.

Have you ever read a brochure? Brochures are used to communicate information about specific topics in a brief, reader friendly format. The use of color, diagrams, and a pleasing layout of the information is used to catch and hold the reader’s attention. Your brochure may be completely computer generated or done by hand. (Final products should not be completed in pencil.)

4 points Design a brochure that is attractive, capturing and inviting. The cover should lure vacationers to your area.

2 points Describe the biotic and abiotic factors in your biome.

2 points Explain the location of biome, include a map highlighting the areas of the world that show where your biome is.

2 points Explain the climate of your biome. Discuss average annual precipitation. Discuss average annual temperature.

4 points Describe the animal adaptations for survival within the biome. Include at least 2 pictures of animals.

4 points Explain the plants/fungal adaptations for survival in your biome. Include at least 2 pictures of the plants.

3 points Create a food chain or a food web for common animals within the biome. Include the animals on your organism cards in your selection.

4 points Explain at least 4 interesting facts about your region.

5 points Properly use and identify at least 10 of the following vocabulary terms: population, ecosystem, niche, producers, consumers, carnivore, omnivore, scavenger, decomposer, predator, prey, limiting factor, carrying capacity, symbiosis, mutualism, commensalisms, parasitism, coevolution

__________/30 TOTAL POINTS

Remember to work efficiently during the provided class time and bring in any materials you find at home to class so you can compile information with your group. You have 3 days in class to work on this project and they must be fully completed to turn in on: Monday, May 17th.
Here are some useful websites to use for this project.

Introduction to Biomes - HYPERLINK "http://www.blueplanetbiomes.org/world_biomes.htm" http://www.blueplanetbiomes.org/world_biomes.htm

Map - HYPERLINK "http://www.marietta.edu/~biol/biomes/biomemap.htm" http://www.marietta.edu/~biol/biomes/biomemap.htm

Other websites to try:

HYPERLINK "http://www.ucmp.berkeley.edu/exhibits/biomes/index.php" http://www.ucmp.berkeley.edu/exhibits/biomes/index.php

HYPERLINK "http://chalk.richmond.edu/education/projects/webunits/biomes/" http://chalk.richmond.edu/education/projects/webunits/biomes/

HYPERLINK "http://www.teachersfirst.com/lessons/biomes/biomes.html" http://www.teachersfirst.com/lessons/biomes/biomes.html

HYPERLINK "http://www.enchantedlearning.com/biomes/" http://www.enchantedlearning.com/biomes/

Mr. Morrell: Team 6-2 Science, Reading, and Language Arts

Friday, November 13, 2009

Science Syllabus 11/16/09

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Website to Access Organisms From Macro to Micro book

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Basic Human Neuron

Science Terms You Should Know!

Radiation Penetration

Biome Brochure Project