Week 2

***All due dates are found in the calendar that is in the Syllabus and Course Information link as well as a direct link to the calendar in the left menu of Blackboard.***

This module contains the required activities for the week which are listed below. You will also find the Powerpoint lecture converted to PDF file. You can chose to have 1, 2 or 3 slides per page. It depends on how large you want the text and how many pages you want to look through. If there are any animations or links mentioned in the lecture outline they are included below the lectures.

There are also extra links included to help explain the lecture topics or provide more information. Feel free to take a look through them and hopefully they help with the topics being covered.

 

***The PowerPoint lecture files are there to provide an outline of the material that is being covered. If there are topics (or portions of topics) that are not included in the lecture outline or the links then that material is not being covered.

 

REQUIRED

  • Finish Ch1 homework (found in same folder as this page) and the first lab if not already completed (Due midweek).
  • Go through Week 2 Lectures and use book as reference.
  • Complete homework assignment for week 2 (found in same folder as this page) .
  • Complete lab 2.
Chapter 2 (PowerPoint as PDF file): Chapter 2 (1 slide per page in PDF)
Chapter 2 (2 slides per page in PDF)
Chapter 2 (3 slides per page in PDF)
 
Chapter 2
Download Video File (right click - 'save as' to download)
Video of Leccture - View In Browser
Atoms (Slides 01-08 -- 14.9min)
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In menu to the left
Water & pH (Slides 09-14 -- 12.6min)
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In menu to the left
Reactions & Carbohydrates (Slides 15-23 -- 10.2min)
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In menu to the left
Lipids (Slides 24-29 -- 9.5min)
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In menu to the left
Proteins (Slides 30-32 -- 3.7min)
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In menu to the left
Nucleic Acids & ATP (Slides 33-42 -- 14.0min)
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In menu to the left
 
 
Extra Links:
This video animation contains more information then we need to know. Take a look if you are curious to see more about how DNA goes to RNA which ultimately makes protiens.