Wiki Page, Biology A with Mrs. Mason - Trimester 1: OPTIONAL: Study Guide for Test: Systems and Scale

Wiki Page
2021-09-28T16:53:04-07:00

Introduction

This study guide is meant to provide some direction in studying, but it will not replace the assignments and in-class work provided over the past few weeks. Using this page alongside your science notebook will help you revisit lessons and ideas. If you decide to use it, feel free to ask me to look over your answers on Thursday, September 30.

Directions

1. Revisit the following lessons, worksheets, quizzes, and notebook entries. These are in order of completion in class. If feedback was provided, make sure to address ALL of it and be sure you have made corrections.

Expressing Ideas About Ethanol Burning

Powers of 10 (Benchmark Scales: large, macro, micro, atomic-molecular) + Reflection Paragraph

From Big to Small

Zooming into Air (Making Molecular Models)

Quiz: Atoms and Molecules

Predictions about Soda Water Fizzing

Observing Soda Water Fizzing + Analysis of Class Data for Soda Water Fizzing

Molecular Models for Soda Water Fizzing

Quiz, Soda Water Fizzing

Predictions Tool for Ethanol Burning

Observing Ethanol Burning + Class Data for Ethanol Burning

Molecular Models for Ethanol Burning

Quiz, Explaining Ethanol Burning

Organic vs. Inorganic

Other Examples of Combustion: Propane, Cellulose, Octane -- this is a GREAT study tool, once you check the KEY and use it to study!

2. Address the following questions and prompts in your notebook.

What is the major difference between organic and inorganic materials?

What are examples of high energy bonds?

What are examples of low energy bonds?

What molecules are found in air?

3. Copy and complete the following tables:

Energy Types and Examples
| Types | Examples: Where can you find/locate these?
Potential Energy | Elastic, |
Kinetic Energy | Heat, |

Major Chemical Reactions Studied This Unit

Soda Water Fizzing

Ethanol Burning

Methane Burning

Challenge Yourself!
Propane or Butane Burning

Balanced Chemical Equation for this Reaction | | | |
Where are the molecules moving? | | | |
How are atoms and molecules being rearranged into new molecules? | | | |
What is happening to the energy? | | | |