LW: 1.3 (1/11)

By Alex Kovalik (he/him/his)
Last updated over 1 year ago
7 Questions

Objective: SWBAT identify the changes in objects caused by light by analyzing pre and post changes in objects due to light.

Do Now:

1.

Hypothesize, why do you think Australia and North America have some of the highest rates of Skin cancer?

Analyze the responses below and be ready to share. Which response is better? Why?
Identify if energy caused the changes in the systems.
1.

2.

Guided Notes:

Vocabulary:
1. Absorb- To take in
2. Energy- the ability to make things move or change
3. Light- a type of wave that carries energy from one place to another, even through empty space
2.

Complete the guided notes below.

Practice:

Explore the Simulation:
Amplify Science:
Unit 6: Light Waves
Chapter 1: Changes Caused by Light
Lesson 1.3: Exploring Change from Light


Part 1: Sunlight
Open the Light Waves Simulation in Simple mode and follow the steps below.
1. Choose a material and drag it to platform 1 in the testing area.

2. Keep SUN as the light source and turn it ON.

3. Press INSPECT to see the effect of the light on the material.

4. Observe whether light from the sun causes the material to change.

a. Change has occurred if the material is different after the light is turned on.

5. Place different materials in the testing area until you find at least one material that is changed by light from the sun and one that is not.
3.

6. Complete the table below.

4.

What physical change to genetic material do you observe happen to the genetic material?

5.

How is it possible for light to change genetic material? Include evidence from the Sim in your answer and use the vocabulary terms; light, energy, and absorb.

Exit Ticket:

6.

1-2. Draw an example of an object where light is absorbed and reflected in the table below. Refer to page 3.

7.

Predict and explain which type of light interaction do you expect to cause a change on the object?

CFS:
  • Accurately identifies the type of light interactions that change objects
  • Accurately describes the relationship between light interactions and changes in objects