1. copy your homework a. writing in science page 155. read the detailed observation and explain the...

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1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join Edmodo - 8zwyci 2. Soap Project Presentations

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Page 1: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

1. Copy your homework a. Writing in Science page 155. Read the detailed observation and

explain the source of each form of energy. b. Adult Inputc. Join Edmodo - 8zwyci

2. Soap Project Presentations

Page 2: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Read Discover Activity page 151 (IN 118)

1. What type of energy is stored in the batteries?2. When the flashlight is turned on, what is the type

of energy do you observe?3. What type of energy is transferred when you

touch a lighted bulb for a while?

Page 3: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Forms of Energy Explanation Examples Picture

1 Mechanical energy

2 Thermal energy

3 Electrical energy

4 Chemical energy

5 Nuclear energy

6 Electromagnetic energy

Page 4: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Exit ticket:

1.Moving car2.Striking a match3.The sun4.Computer5.Cell phone

Answer if thermal energy, mechanical energy, electrical energy, nuclear energy, electromagnetic energy or chemical energy.

Page 5: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Feb. 25-Mar. 1

1. What happens when you rub your hands together?

2. When you are cold, what are some other ways you can get warm?

Objective: Name common energy transformations.

Page 6: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

1. Define key terms 158.2. Cornell Notes.

2. Energy can be transferred: Electricity in a wire transfers the electrical energy. A light beam can transfer the energy from one place to

another.

3. Energy can be transformed (change or converted): Someone striking a match. Baking cake in the oven

1. Energy cannot be created or destroyed. No matter how it changes or moves, it will still be the

same amount of energy (conservation of energy).

Page 7: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Explain each of the energy

transformations.

Page 8: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Observations Energy Transformation

Single or Multiple

1. Lighting a candle Chemical to thermal to nuclear

Multiple

2. Talking on a cell phone Mechanical, electrical, electromagnetic

3. Eating food

4. Playing basketball

5. Dish washer

6.

7.

8.

9.

10.

Page 9: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Exit Ticket:

1. A major problem with using electrical energy is that:

A) it cannot be converted to other forms of energy.

B) it is not easy to store.

2. When you recharge your cell phone you plug it into an electrical outlet for some time. The electrical energy is stored in the phone's battery as ______ energy until you are ready to use the phone.

A) nuclear

B) Chemical

3. Fossil fuels like coal, oil, and natural gas, are what kind of stored energy?

A) chemical

B) mechanical

Page 11: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Engagement:1. Join Edmodo ….. 8zwyci2. What is energy?3. What are the two types of energy?

Page 12: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Homework – Jan. 28-Feb. 1

1.Use the topic Acceleration to complete a Ring of Truth found in your IN.

2.Weekly Adult Input

Page 13: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Classwork – pages 22-27

1. Answer the key concepts found on pages 22.

2. Complete a 3 Topic Bull’s Eye Comparison to contrast the changes of Acceleration.

3. Answer Math Practice on page 25.

4. Write the formula for Acceleration and Slope.

Page 14: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Homework

Follow the directions in your IN for Nonlinguistic Graphic Representation to describe one of Newton's Laws of Motion.  Complete this assignment on p. 98. Weekly Adult Input

Page 15: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

STEM Fair Oral Presentation

Reminder:

Talking while someone is presenting is a deduction to your score and it will be added to the grade of the presenter.

Page 16: 1. Copy your homework a. Writing in Science page 155. Read the detailed observation and explain the source of each form of energy. b. Adult Input c. Join

Cornell Notes on page 97

1. What is stated in Newton’s 1st Law of Motion?

2. Give an example of inertia.

3. Explain the motion that results when the same force acts on objects of different masses.

4. Compare mass, and weight.

5. Describe the relationship between the distance an object is moved by a force, and the change in its potential or kinetic energy.