Lesson Plan
Grade: 6-8 Grade | Week: 1 Topic: Modeling the Solar Eclipse |
Lesson Objectives: -Students will be able to visualize the solar eclipse and model it with various resources. | |
Timeline | Lesson Description Getting to know the students; name tags and introducing ourselves; getting settled Introducing the solar eclipse and watching youtube video: https://www.youtube.com/watch?v=hyf5JF_VxwM Lamp/ball model - to gain a better visual of what the eclipse looks like. (use students to hold the beach ball and tennis ball representing the earth and moon) Bathroom and snack break Explain the box model, show how it works, and have students gather materials Students build their models in pairs and teachers assist for help Have students quickly share their models, review what we learned, give them an idea of what they will be learning the following week
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9:30-9:45 | |
9:45-10:00 | |
10:00-10:10 | |
10:10-10:20 | |
10:20-10:35 | |
10:35-11:20 | |
11:20-11:30 |
-cardboard saw (per pair of students)
-flashlights (one per pair of students)
-batteries (two per pair of students)
-paper boxes (one per pair of students)
-masking tape
-blank computer paper (20 pieces)
-card board disks (three per pair of students)
-styrofoam balls (one big and one small per pair of students)
-modeling clay (two globs per pair of students)
-skewers (two per pair of students)
-brads (one per pair of students)
-beach ball (one)
-tennis ball (one)
-heat lamp (one)
Lesson Plan
Grade: 6-8 Grade | Week: 2 Topic: Layers of the Sun and Solar Eclipse Safety |
Lesson Objectives: -Students will be able to identify the layers of the sun. -Students will be able to properly participate in the solar eclipse. -Students will learn about safety regarding the solar eclipse. | |
Timeline | Lesson Description |
9:30-9:35 | Students arrive and get settled. |
9:35-9:40 | Review what we went over last week. |
10:00-10:05 | Watch a video explaining the layers of the sun: |
10:05-10:20 | Chalk activity and clean up. |
10:20-10:30 | Bathroom break |
10:30-11:00 | Introduce and explain box observation activity. |
11:00-11:05 | Give a safety reminder about not looking directly at the sun and the |
damages that it can cause. | |
11:05-11:10 | Take students outside to the front of the education building. |
11:10-11:20 | Have students observe the sun safely through their box observers. |
11:20-11:25 | Head back to the classroom. |
11:25-11:30 | Quick review from the material and a look into next week. |
Materials List (please be detailed; include exact quantities) -cereal boxes (one per student) -duck tape (one roll) -blank computer paper or scrap paper (one per student) -aluminum foil (one piece per student - 3 in. on each side) -glue stick and/or glue (one per student) -scissors (one per student) -chalk (a couple per student) -black construction paper (one per student) -white computer paper (one per student) -pencil (one per student) |
-1 big piece of paper
-bag of perfect plaster
Grade: 6-8 Grade | Week: 3 Topic: Reflecting on the Solar Eclipse Experience |
Lesson Objectives: -Students will be able to reflect on their experience watching the solar eclipse. -Students will be to define the influence of an object that blocks sunlight on the local temperature. -Students will be able to use technology to graph data of changes in a motor speed and LED brightness. | |
Timeline | Lesson Description |
9:30-9:35 | Students arrive. |
9:35-9:55 | Discuss how their experience was watching the solar eclipse. |
-Make a sense chart (hear, smell, see, etc.) on the whiteboard and | |
students can fill in what they experienced. | |
10:00-10:10 | Have students gather around the front table for temperature modeling. |
We will show them the temperature sand model and explain what we have | |
set up | |
(Use Veriner Lab Quest, plug into laptop, set up 1 recording every 5 | |
seconds, get 2 temperature probes, put one in sunlight and one in the | |
shadows, both need to be buried flat in the sand, explain set up to | |
students, check out the temperature data at the end of the day and | |
discuss) | |
10:10-10:20 | |
Bathroom break and snack | |
10:20-11:20 | Introducing energy modeling activity. Break students into groups of 3 or 4 |
to follow along to build their model. | |
Walk them through the model first with the lights, then the motor and | |
popsicle sticks, then, have them do a small planet, medium sized planet, | |
then end with a large planet. Discuss with them what they noticed | |
11:20-11:30 | Discuss the results of the temperature modeling activity from earlier. |
-computer paper (20)
-pencils (20)
-box of sand
paper bowl (for the shadow)
2 temperature probes (plugged into lab quest that is plugged into my computer)
-Vernier lab quest device
-popsicle sticks (1 for every group of 4)
-motor (1 for every group of 4)
1 roll of painter’s tape
-vernier energy sensor (1 for every group of 4)
-vernier labquest with power (1 for every group of 4)
-Solar panel (1 for every group of 4)
-2 “alligator” clips (2 for every group of 4)
-2 Skewers (2 for every group of 4)
-small, medium, and large cardboard disks (2 for every group of 4)
-heat lamp with bulb inside (1 for every group of 4)
Red LED (1 for every group of 4)
-Blue LED (1 for every group of 4)
-Green LED (1 for every group of 4)
Grade: 4-8 Grade | Week: 4 Topic: Exoplanet Detection Modeling |
Lesson Objectives: -Students will be able to detect planets outside of our solar system with stellar transits. | |
Timeline | Lesson Description |
9:30-9:35 | Students arrive and get settled |
9:35-9:40 | Review last weeks material and ask if anyone knows what exoplanets are |
9:45-9:50 | |
9:50-10:05 | https://www.jpl.nasa.gov/edu/teach/activity/exploring-exoplanets-with- |
10:05-10:10 | Bathroom break |
10:10-10:25 | Set up exoplanet activity and explain |
10:25-11:00 | Run activity with small planet and large planet and then run it with small |
and large planet at a slower speed (one student is holding light cord during | |
this) | |
11:00-11:15 | |
Look and data and discuss | |
-what do you notice about the graph? | |
-why are there dips? | |
-what determines how wide the width of the dip is? | |
11:15-11:30 | Discuss what we learned over the last 4 weeks and review |
If there is time left over, we can end with a game to celebrate 4 weeks of | |
learning |
-lightbulb (1)
-ring stand and test tube clamp
-toy car (1)
-Vernier lab quest
-small and large styrofoam planets (2)
-Skewer (2)
-string
-light sensor (plugged into laptop)
-batteries for the car
-aluminum foil to wrap the battery in