The Biology Spot: 

The Biology Classroom 

 

The Microbiology Classroom--------- Home -------- The Physiology Classroom

Weekly Schedule for Moore’s Biology

Week 1: Monday, August 25 to Friday, August 29

Visit our web site: http://members.tripod.com/moorebiology/

 

In-class

Homework

Monday, August 25

Orientation

 

Tuesday, August 26 (day 1)

 

FOR ALL BIO CLASSES

1) Challenge #1: Self -alphabetize

2) Course overview and expectations

3) Challenge #2: 2 out of 3 is not bad

4) Challenge #3:  Personal interview & introductions

5) Survey and goal setting

 

 

FOR ALL BIO CLASSES

1) Read and study over the course syllabus: Possible quiz over it DUE WED. (9/27) FOR ALL BIO CLASSES

 

2) Read “Patterns: 16 things you should know about life”

( pages 1-33)  and take your own notes

DUE THURS. (8/28) FOR BIO 2

DUE FRI. (8/29) FOR BIO 1 AND BIO 3

 

3) Notebook check NEXT WED. (9/3) FOR ALL BIO CLASSES

 

Wednesday, August 27 (day 2)

 

FOR ALL BIO CLASSES

1) Quiz

2) What is Life? Activity

3) What is Life? Mini-discussion

 

1) Read “Patterns: 16 things you should know about life”

( pages 1-33)  and take your own notes

DUE THURS. (8/28) FOR BIO 2

DUE FRI. (8/29) FOR BIO 1 AND BIO 3

 

2) Notebook check NEXT WED. (9/3) FOR ALL BIO CLASSES

 

Thursday, August 28 (day 3)

 

FOR BIO 1

-NO CLASS

 

FOR BIO 2 (QUAD POD)

1) Mini-discussion: Overview of Scientific Method

2) Scientific Inquiry Lab

 

FOR BIO 3

-NO CLASS

1) Read “Patterns: 16 things you should know about life”

( pages 1-33)  and take your own notes

DUE FRI. (8/29) FOR BIO 1 AND BIO 3

 

2) Read Sections 1.2-1.3 (pages 11-25) and answer questions (All sections: Understanding Ideas, Thinking Critically and Skills Review) on

-page 20

-page 25

DUE TUES. (9/2) FOR ALL BIO CLASSES

 

3) Notebook check NEXT WED. (9/3) FOR ALL BIO CLASSES

 

Friday, August 29  (day 4)

 

FOR BIO 1 AND BIO 3 (QUAD POD)

1) Mini-discussion: Overview of Scientific Method

2) Scientific Inquiry Lab

 

FOR BIO 2

-NO CLASS

 

No class on Monday for Labor Day

1) Read Sections 1.2-1.3 (pages 11-25) and answer questions (All sections: Understanding Ideas, Thinking Critically and Skills Review) on

-page 20

-page 25

DUE TUES. (9/2) FOR ALL BIO CLASSES

 

2) Notebook check NEXT WED. (9/3) FOR ALL BIO CLASSES

 

Microbe of the week:

This is a bacterium called Escherichia coli [S sure reek ee ah coal lye]. Millions of E. coli live in your gut. They help your body digest the food you eat. They also make certain vitamins your body needs. The orange thread-like things you see coming from the bacterial cell are called fimbriae (fim-bree-ee). They enable the bacterium to latch onto and attach to surfaces.

 

 

Quote of the week:

Think of all the men who never knew the answers

think of all those who never even cared

 Still there are some who ask why

Who want to know, who dare to try.

 -Rod McKuen

 

*Question of the week: Can you name the virus that is a leading cause in the Unsited States of liver cancer, liver failure and cirrhosis, yet can remain in the blood of an infected patient for up to twenty years without causing any signs or symptoms of liver inflammation?

 

*Research of the week:Find an article related to biology in a credible science magazine( Scientific American, Discover, Science or Nature). Read it and write at least ½ to one page reaction.  Article must be at least one page in length.  You must also include a copy of the article.  Our library carries Scientific American, Discover and Science.  You can also access brief easy-to-read articles on the Nature magazine web-site: ( http://www.nature.com/nsu/) and click on any of the news articles.

 

 

 

Major Concepts for Unit 1: Nature of Science and Biology (Chapter 1)

 

CONCEPT: REQUIREMENTS OF LIFE

-10 main characteristics of all living things

 

CONCEPT: STUDY OF BIOLOGY

-major themes in biology

-major areas of study in biology ( ecology, biochemistry, cytology, genetics, zoology, botany, taxonomy, anatomy and physiology, etc.)

 

BIG CONCEPT: SCIENTIFIC METHODS

Hypothesis

Theory

Law

Steps to the Scientific Method

Independent variable

Dependent variable

Constant variables

Control group

Experimental group