Created by mary h on
10 activities: 10 games
148 minActivity 1: Question Game. Estimated duration: 18 min
You need to get the octopus back in the water by dropping boxes on top of the platform. You'll have to use good aim and strategy to be successful with this task. Along the way, you will also answer multiple-choice questions about potential energy. Once you successfully complete all six modules, you will win the game!
Teacher Ratings (53) 3.7 stars.
Student Ratings (9014) 3.3 stars.
Activity 2: Question Game. Estimated duration: 20 min
Little Newton is lost! Help Little Newton find his way home by guiding him to the end of the level, avoiding all the obstacles. As you progress through the game, Little Newton will learn new skills that help him get through each level. Get through all eight levels and return Newton to his home.
Teacher Ratings (41) 3.9 stars.
Student Ratings (5441) 3.7 stars.
Activity 3: Question Game. Estimated duration: 13 min
This electrical plug is late, and he is needed to light up the party! You will jump from platform to platform collecting coins. You will occasionally land on a special platform where you need to answer questions related to the conservation of energy and energy transfer. If you fall, you'll have the chance to answer questions and keep going!
Teacher Ratings (57) 4.1 stars.
Student Ratings (15070) 3.4 stars.
Activity 4: Question Game. Estimated duration: 13 min
In this game, you'll get to spring into action! Help your spring bounce between platforms while learning about different types of potential energy. You will jump from platform to platform collecting coins. You will occasionally land on a special platform where you need to answer questions related to photosynthesis. If you fall, you'll have the chance to answer questions and keep going!
Teacher Ratings (90) 4.0 stars.
Student Ratings (17362) 3.5 stars.
Activity 5: Question Game. Estimated duration: 15 min
Can you save the Universe? You'll need a lot of energy to do so! When you play this game, you will learn about kinetic energy. You will use your knowledge and your ability to dodge obstacles to defeat the invaders. Collect as many points as you can and move through the levels as you learn about motion and kinetic energy.
Teacher Ratings (180) 4.2 stars.
Student Ratings (27284) 3.7 stars.
Activity 6: Instructional Game. Estimated duration: 14 min
How much do you like puzzles? In this game, you aren't just putting puzzle pieces together. You will be using your knowledge of the relationship between kinetic and potential energy to solve physics puzzles. You will use pendulums, ramps, slingshots, and other devices to hit a target. You get to control each tool with what you know about energy! Good luck!
Teacher Ratings (94) 3.9 stars.
Student Ratings (19561) 3.4 stars.
Activity 7: Instructional Game. Estimated duration: 14 min
This game begins with a tutorial on conservation of energy and the types of energy. After the tutorial, it is your duty to guide a caveman across the ground. Along the way, you will learn about energy conversions. As he moves, your caveman will encounter a variety of obstacles, and each level is more challenging to complete. Beat the monster in the final level to win.
Teacher Ratings (142) 3.9 stars.
Student Ratings (45394) 4.0 stars.
Activity 8: Instructional Game. Estimated duration: 11 min
Do you have energy? In this game, you will store up your potential energy to play several mini-games. Each mini-game can be completed by utilizing different types of potential energy. You'll need to learn about gravitational and elastic energies and put them to use in the challenge section. The more you know the more points you'll earn. What will your high score be?
Teacher Ratings (157) 4.0 stars.
Student Ratings (39670) 3.7 stars.
Activity 9: Instructional Game. Estimated duration: 15 min
Relax and save energy! You will enter the lab and learn about conservation of energy through a series of fun mini-games. You will use your knowledge of gravity to shoot balls into a basket. Shoot off some fireworks to convert chemical energy to light energy. Conserve energy with a Newton's cradle device. Enjoy the mini-games as you learn!
Teacher Ratings (201) 4.2 stars.
Student Ratings (41017) 3.6 stars.
Activity 10: Instructional Game. Estimated duration: 15 min
The hero goes on a journey to fulfill his dreams by passing tests based on kinetic energy to become a disciple of the Sage. The player controls the hero, travels in a colorful 3D world, and learns all the necessary theory to solve various tasks.
Teacher Ratings (101) 4.4 stars.
Student Ratings (37744) 3.6 stars.