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Lesson Plan Name Grades
Newton's Laws for One and All! 8 to 10
(0 stars, 1 ratings)
In this unit, students will create a digital portfolio of their learning. Students will collaborate on portions of this unit, while other parts are individual. This unit focuses on learning, applying, and working with Newton’s Laws of Motion. It is a layered curriculum unit which has students progressively building in their understanding and use of the laws.
Exploring Force and Motion 7 to 8
(0 stars, 1 ratings)
Using Flip video moblie lab to create lessons on Force and Motion
Laws of Motion Keynote Presentation 7 to 10
(0 stars, 1 ratings)
After reviewing Newton’s Laws of Motion, students will create animations to illustrate each of the three laws. When animations are complete, appropriate sound effects can be added. Finished Keynote presentations will be exported as Quicktime movies, to be embedded in class wiki.
You'll Flip Over Forces & Motion 6 to 8
(0 stars, 2 ratings)
This hands-on, culminating lesson engages learners and reinforces terminology related to forces and motion learned earlier during the intensive, week-long course.. Essentially, the scavenger hunt was used as a formative assessment to determine students' understanding in a creative and thought-provoking way.
"Girls Only" Science Workshop 2 to 12
(0 stars, 4 ratings)
This workshop was created to give female students a chance to design and implement both scientific and engineering skills. Female students are sometimes discouraged from entering the fields of science and engineering so we developed this curriculum and hosted an All Girls Science Camp Weekend.
(PART 3) Applied STEM: Rocketry and its Components 6 to 8
See Part 1 for following sections with the exception of Lesson Plan Description.
Adding Creativity to Science Inquiry 6 to 12
(0 stars, 2 ratings)
Students create flip videos that enhance scientific investigations performed in class by having students think metacognitively while fusing the fun of creativity with the science of analytical thinking.
Flipping for Force and Motion! 6 to 8
(0 stars, 1 ratings)
Students will go through many fun, hands-on experiences using the flip cams to document evidence of their learning.
Force and Motion Flip Books 4 to 8
Students will use a digital camera to take pictures of the six simple machines, the three types of levers, and Newton's Laws of Motion as seen in the "real world".
Let’s Get Excited about Roller Coasters! 5 to 9
(0 stars, 1 ratings)
An amusement park has decided to open a theme park to be located in Waikoloa Village, Hawaii. It is an exciting time for the citizens of Waikoloa Village. Finally, this small town will be put on the map for something big. The residents are anxiously anticipating the grand opening of the amusement park. However, the operators of the amusement park need your help. They want to design a new roller coaster with a car that runs as smoothly as a marble would down the track. Your team has been hired to design this new roller coaster track for this theme park. Your task is to design a model of the track you would like to build for this amusement park. Your model must demonstrate the law of conservation of energy, gravity, force, momentum, and especially kinetic and potential energy.
Let’s Get Excited about Roller Coasters! 5 to 9
(0 stars, 1 ratings)
An amusement park has decided to open a theme park to be located in Waikoloa Village, Hawaii. It is an exciting time for the citizens of Waikoloa Village. Finally, this small town will be put on the map for something big. The residents are anxiously anticipating the grand opening of the amusement park. However, the operators of the amusement park need your help. They want to design a new roller coaster with a car that runs as smoothly as a marble would down the track. Your team has been hired to design this new roller coaster track for this theme park. Your task is to design a model of the track you would like to build for this amusement park. Your model must demonstrate the law of conservation of energy, gravity, force, momentum, and especially kinetic and potential energy.
Motion force and Energy 6 to 8
(0 stars, 2 ratings)
Students will be able to identify Newton's three law's of motion through designing and building an amusement ride.
Science Claymation - Which Came First, the Chicken or the Egg? 3 to 6
(0 stars, 2 ratings)
Students in 3rd - 6th could use the Tool Factory Movie Maker, Stop Motion Pro Software to make Claymation videos about science topics such as life cycles, natural cycles, phyics, and space phenomena. These lesson plans are integrated cross-curricula and incorporate multiple 21st Century skills.
Student Generated Science Digital Presentations 8 to 8
(0 stars, 1 ratings)
Students will create Power Point Presentations of various science concepts to present at the end of the year in a student led review for the class.
The Physics of Sports: An 8th Grade Physical Science Project P-K to P-K
(0 stars, 1 ratings)
Many physics concepts and principles of motion can be observed and studied through sporting events. This activity offers you the opportunity to examine these principles using sporting events as examples. For this activity, you may work alone or as a team of two people. We strongly encourage you to work with a partner due to video-recording and due to the amount of time and effort required to create an I-Movie.
Want to Drag?! (: 6 to 8
(0 stars, 1 ratings)
This lesson plan will present 7th & 8th grade students with engaging, motivating, and fun hands-on engineering opportunity to create, design, fabricate, test, and competitively race scale model cars for aerodynamics and performance
Who Are QR? 3 to 7
(0 stars, 1 ratings)
Use your tablet to create a QR "Who Is" activity that allows self checking.
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