DC Biology (Period 2)

Instructor
James Doyiakos
Department
Science
Terms
2018-2019 School Year


Assignment Calendar

Course Description

 

BIOLOGY 114: Dual Credit Biology

Amundsen High School/Truman College

2016-2017

October 8, 2018 – May 17, 2019

Monday - Friday: 8:40 AM – 9:30 AM

Room: 321

 

Instructor: Mr. Doyiakos

Office Hours: Every day before school, after school by appointment

Office: Room 321

e-mail: [email protected]

 

Course     Course        Section                                                                  Contact Hrs.

 Prefix        Number      Number                 Name             Credit        Lecture       Lab

 BIO 114         TU General Education     4             2.2 Hours     2 Hours

                                                                    Biology                            110 Hours (Oct. -  May)      

Length of Course:  29 weeks

 

COURSE DESCRIPTION

This is an introduction to biology course, with a laboratory component, that emphasizes

scientific inquiry by exploring select concepts of organization, function, hereditary,

evolution and ecology. Biological issues with personal and sociological implications will

be presented that elucidate how biology impacts our lives on a daily basis.

STUDENTS THE COURSE IS EXPECTED TO SERVE

This survey course is intended for students who are planning to earn college credit by maintaining a minimum course grade of “C” or higher. This course is intended for students who will major in a non-science degree.

 

PREREQUISITES

Placement test, ACT score = 21 or higher. Interest in doing college level science

that involves Project Based Learning and Fieldwork outside.

 

GLOBAL COURSE OBJECTIVE

Understand general aspects of biology in order to critically evaluate current issues in

medicine, the environment, and our food including, personalize medicine, the effects of

acid rain, global warming, and genetically engineered food, among other issues.

COURSE OBJECTIVES

The specific objectives of this course are:

• Develop critical thinking skills regarding Biology.

• Understand the major characteristics of life, the classification of organisms, and

the process of science.

• Understand how chemicals are part of life.

• Describe the structure and functions of cells and their organelles.

• Understand mitosis and meiosis.

• Understand the chemical pathways of Cellular Respiration.

• Understand the chemical pathways of Photosynthesis.

• Compare and contrast Photosynthesis and Cellular Respiration.

• Explain how the traits are inherited from parents to children.

• Understand the theory of Evolution by Charles Darwin.

• Understand the different Ecosystems.

• Understand the influence of science and technology on human behavior and

disorders.

• Learn about contemporary biotechnology

STUDENT LEARNING OUTCOMES

Upon successful completion of this course students will be able to:

• Identify the basic characteristics of life and distinguish between the levels of

biological organization.

• Describe the scientific method and its components.

• Define and understand basic chemicals that are part of life.

• Understand the structure of carbohydrates, fats, proteins, DNA, & RNA and

identify their roles in our bodies.

• Identify the differences between the prokaryotes & eukaryotes.

• Compare and contrast the structure and function of cellular organelles.

• Describe the fluid-mosaic model of cell membranes.

• Predict the movement of molecules in diffusion and osmosis.

• Understand and compare mitosis to meiosis and their relevance to cancer.

• Compare and contrast the processes of photosynthesis and respiration.

• Understand the inheritance of traits from parents to children and their

applications.

• Demonstrate familiarity with modern concepts in biology like gene therapy, organ

transplant, genetically modified organisms, recombinant DNA and PCR

technology.

• Explain and understand the theory of evolution.

• Compare and contrast different ecosystems.

• Develop and apply critical thinking skills by writing scientific papers and

laboratory reports that implement hypothesis driven science.

TOPICS OUTLINE


Scientific Method

Basics of Life

Chemistry and Organic

Molecules

Cell Structure and Function

Enzymes, Coenzymes and

Energy

Mitosis

Meiosis

Photosynthesis  

Cellular Respiration

DNA

RNA

Protein Synthesis

Inheritance

Evolution and Natural Selection

Ecosystems

Biotechnology


 

 

                 

REQUIRED TEXT

• Biology: The Core by Eric J. Simon, 2015 (Pearson)

(ISBN 10: 0-321-73586-2; ISBN 13: 978-0-321-73586-7)

 

• Lab Manual (For Non-Biology Majors) by Department of Biological Sciences,

Harry S. Truman College, 3nd Edition

(ISBN 10: 1-256-28277-4; ISBN 13: 978-1-256-28277-8)

 

 

 

 

CALENDAR

 

 

 Week

Date

Topic

Source

           1

10/8-

Introduction to Biology

Chap. 1.1 – 1.3

 

10/12

The Metric System

Lab #1

           2

10/15-

Cells to Evolution

Chap. 1.4 – 1.8

          

10/19

Evolution of Skin Color

Lab

     3

10/22-

10/26

Chemistry of Life

Exam: Matter and Energy

Scientific Method

Chap 2.1 – 2.2

 

Lab #2

4

10/29-

Chemical Bonding

Chap 2.3 - 2.4

        

 

 

11/2

Field-trip: LPZ Using Technology to Measure Biodiversity in Local Ecosystems

 

Lab

         6             

11/5- 11/9

 Chemistry of Water and pH

  Bird Survey Count (Outside) Lab Exam

Chap. 2.5 – 2.6

Lab

         7

 

11/12-

11/16

pH is a Measure of the Acidity of a Solution

Chap. 2.6

          

 

Measuring pH of Unknown Samples 

Lab

8

11/19-

11/23

Carbon Chemistry

Pollinator Biodiversity                                

Chap. 2.7

Lab

           9

11/26-

11/30                             

Polymers and Carbohydrates

Lipids and Fats  

Exam #1 Chap. 1 - 2                                            

Chap. 2.8 - 2.9

Chap. 2.10 – 2.11

             

 

Camera-trap Data (Computer Upload)

Lab

           10

          

12/3-

12/7

Proteins and Enzymes

LPZ Partners in Fieldwork        

Chap. 2.12-2.13

           11

          

12/10-

12/14              

Plant and Animal Cells

Snowflake Catcher/ ID

Chap. 3.1 - 3.2

Lab

           12

          

 12/17-

 12/21

Cell Membranes and Membrane Transport

The Microscope                                                                      

Chap. 3.3 – 3.4

 

Lab #4

          13              

1/7-

1/11

Cell Structure and Function

Functional Properties of Cells

Chap. 3.5 – 3.6

Lab #5

         14                      

1/14-

1/18

Plant and Animal Cells

Mid-Term Exam: Chap. 3

Bird Survey Counts                                                              

Chap. 3.7 – 3.8

 

Lab

       15

1/21-

1/25

Energy in Ecosystems

Chloroplasts and Photosynthesis

Measuring Energy in Food Using a Calorimeter

Chap. 4.1 - 4.2

Chap. 4.3 – 4.4

 

 

Lab

      16

1/28-

2/1

Light Reaction/Calvin

Cellular Respiration

Cellular Respiration

Chap. 4.5 – 4.6

Chap. 4.7 – 4.10

Lab #6

      17

2/4-

2/8            

Chromosomes & Inheritance

Partners in Fieldwork

Research Project

Chap. 5.1 – 5.10

 

 

      18

2/11-

2/15

Chromosomes & Inheritance

Mitosis and Asexual Reproduction

Chap.5.11- 5.18

 

Lab #7

      19              

2/18-

2/22

DNA and RNA

Meiosis and Genetics

Exam 2-A (Chap’s 4-5)

Chap. 6.1 – 6.12

Lab #8

      20          

2/25-

2/29

Darwinian Evolution

Bird Survey/Camera-trap Data Collection and Upload

Chap. 7.1 – 7.6

 

Lab

      21            

3/4-

3/8

Speciation and Taxonomy

Classification of Local Trees

Using a Binomial Key

Chap. 7.7 – 7.12

 

Lab

      22             

3/11-

3/15

Prokaryotes and Viruses

Ebola: Plague Fighters                                   

Chap. 8

Lab

 

      23              

3/18-

3/22

Biotechnology and Disease

Exam #3 (6,7,8)

Human Genetics

Chap. 6.13-19

Lab #9

      24             

3/24-

3/28

Fungus – Bryophytes

Using Native Plants to Create a School Pollinator Garden

Chap. 9.1- 9.7

 

Lab

      25         

4/8-

4/12

Ferns to Angiosperm

The Genotype and Phenotype of Taste

Chap. 9.8-9.13

 

Lab #10

      26             

4/22-

4/26

Sponges to Arthropods

Using Macro-invertebrates as Water Quality Indicators

Chap. 10.1-10.5

 

Lab

      27             

4/29-

5/3

Vertebrates

Taxonomy and Identification of Sharks Using a Key

Chap. 10.6 - 11

Lab

      28           

5/6

5/10

Biomes & Food Webs

Research Project Presentations LPZ

Chap. 12.1 -12.9

 

      29           

5/13-

5/17

Population Ecology

Population Ecology

Exam #4 (6,9,10,12) Final                                            

Chap. 12.10-19

Lab #11

                 

 

  1. A. Assigned Readings

You are expected to read the textbook chapter corresponding to each lecture

before it is presented in class.

 

  1. Helpful study habits suggested by prior students
  2. Read your assignment through at least twice.
  3. Outline your reading assignment. Each chapter is divided into numbered

sections; each section is divided into paragraphs. This organization by the

author can be used to build your own outline.

  1. Underline the most important ideas in your reading assignment.
  2. Recognize and use new words. Many of these words are listed in the list of

objectives for each unit.

  1. Write questions about things in the assignment you do not understand.

 

 

  1. C. Lecture and Discussion

Many of the questions you prepared before class while reading the assigned

material lecture will be answered during lecture.

  1. Write down in your own words the main ideas your teacher presents.
  2. Compare these ideas with the outline and questions you prepared before

class.

  1. Ask questions about the things you still do not understand.
  2. D. Audio and Visual Materials

Movies, film-strips, models, pictures, and a variety of other materials will be used

by your instructor to explain the ideas and concepts of the course. You are

expected you to know what you are to do, why you are to do it, and to be able to

explain the ideas relating to each activity.

 

  1. Use of Online Resources

This course requires students to use the web resource to further their understanding of class materials, lectures and labs.

 

METHODS OF EVALUATION

Please be advised that your grades are protected by FERPA (Family Educational

Rights and Privacy Act), a federal law that protects the privacy of student

educational records Faculty cannot reveal information about students, or discuss student records over the phone or unsecure e-mail with ANYONE including you, the student. The CPS Google student email is a secure communication channel that meets FERPA requirements and will be used for these matters.

 

Deadlines: all work is due by the end of each Unit. No late work will be accepted once a Unit Grade is given. Students with valid absences can make up missing assignments.

 

Grades will be assigned according to the following scale based on points

accumulated throughout the term:

 

90 - 100 = A

80 - 89.9 = B

70 - 79.9 = C

60 - 69.9 = D

Below 60 = F

 

Method of Assessment: Overview

Amundsen High School Grading Policy

Formative – Handouts (10%)

Formative – Labs/Projects (15%)

Formative – Weekly Quizzes (10%)

Summative – Unit Exams (50%)

Work Habits – Weekly Notebook Check (15%)

Method of Assessment: Exams

Exams will consist of multiple choice questions, true/false questions, and short

essay questions. All written answers must use proper English grammar and

sentence structure.

 

Method of Assessment: Weekly Quizzes

Quizzes will cover lecture material and will consist of Constructed Response, true/false and matching questions. Quizzes are timed. Answers to quizzes will be gone over after the quiz id time allows or the following week.

 

Method of Assessment: Chapter Quick Checks (Handouts)

These will be distributed for each unit covered in Lecture. All answers given in this

assignment must use proper English grammar and sentence structure. They are due at the end of the week before the weekly quiz is given. These are to be completed as homework. They are due on Friday, before weekly quiz.

 

Method of Assessment: Lab Reports

All students should be prepared for each lab by having read the lab material before

coming to that class. You must attend and participate in the lab in order to receive any credit on a completed the Lab Report. These reports are due at the end of the week before the weekly quiz.

 

Method of Assessment: Research Paper

Each student is responsible for writing one research paper. The topics will be

discussed in class. Briefly, the research papers must be at least 6 pages, double spaced and 12 point font. A minimum of three references is needed for each

paper. Use APA Style for formatting. Details of the structure and requirements for

this assignment will be provided elsewhere. These research papers should relate to

data that was have collected throughout the school year as part of our field work with

Lincoln Park Zoo, Openlands and The University of Minnesota Monarch Lab Program.

 

Method of Assessment: Weekly Notebook Check

Your notebook will be collected and graded on a weekly basis (Every Friday) and checked for notes and agendas. A grade will be assessed based on completeness  and quality of work shown.

 

CLASSROOM POLICIES AND PROCEDURES       

 

  1. Attendance

Students are required to attend class. Attendance is necessary and required for

successful comprehension of the material.. Students who are absent are required to bring a note signed by their parent or guardian. These notes are to be shown to the teacher when they return to class.

 

  1. Timeliness

All students are expected to arrive at class on time and remain until all activities

are completed.  If you are late to class, please sign in on the tardy sheet and drop off your tardy slip.

 

  1. Make-Up Policy

Only students who are legally absent can make up missing classwork.

 

  1. Academic Dishonesty

Academic dishonesty is a serious offense, which includes but is not limited to the

following: cheating, complicity, fabrication and falsification, forgery, and

plagiarism. Cheating involves copying another student’s paper, exam, quiz or

use of technology devices to exchange information during class time and/or

testing. It also involves the unauthorized use of notes, calculators, and other

devices or study aids. In addition, it also includes the unauthorized collaboration

on academic work of any sort. Complicity, on the other hand, involves the

attempt to assist another student to commit an act of academic dishonesty.

Fabrication and falsification, respectively, involve the invention or alteration of

any information (data, results, sources, identity, and so forth) in academic work.

Another example of academic dishonesty is forgery, which involves the

duplication of a signature in order to represent it as authentic. Lastly, plagiarism

involves the failure to acknowledge sources (of ideas, facts, charges, illustrations

and so forth) properly in academic work, thus falsely representing some else’s

ideas as your own.  Penalties will be assessed based on the CPS Uniform Discipline Handbook.

 

  1. Student Conduct and Policies

Each student is responsible for adhering to the Code of Student Conduct as

stated in the CPS Uniform Discipline Handbook.

 

  1. Student Conduct in the Classroom

Talking while the instructor is talking is rude and disruptive to those around you.

You must be conscientious and respectful of others and our learning

environment.

 

  1. Student Conduct in the Classroom and Laboratory: Safety
  2. No eating or drinking during Laboratory Periods
  3. Students with long hair should consider pinning it up or wearing a ponytail

during laboratory sessions as your hair could get caught in equipment or

chemicals.

  1. Students should consider wearing eye protection during laboratory sessions

especially those wearing contact lenses.

  1. Students with contacts should consider wearing their glasses during

laboratory.

 

  1. Students who intentionally misuse laboratory equipment or conduct

themselves in such a way as to endanger others will be requested to

withdraw from the course.

  1. The lab table should be cleaned and washed at the beginning and the end of

each lab period.

  1. Do not put used chemical solutions or disposable equipment back with

unused and clean items. Set these aside for disposal and cleaning.

  1. Lab stools should be pushed under the lab tables at the end of each class.
  2. Broken glassware and chemical spills should be reported to the instructor.

Do not handle broken glass with your fingers.

 

 

  1. Cellular Phones

All cellular phones must be turned off and should not make any

audible sounds during class time.

 

CPS Marking/Grading Periods: 2018 – 2019:

Semester #1

10/5                    Progress Report 1

11/1                     Quarter #1 Grade Semester #1 Mid-Term

12/14                   Progress Report 2

1/31                    Quarter #2 Semester #1 Final

Semester #2

3/8                       Progress Report 1

4/4                   Quarter #1 Grade Semester #2 Mid-Term

5/17                     Progress Report 2

6/18                     Quarter #2 Semester #2 Final

                                                                             

 

 

GOOD LUCK

&

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