Young physicists are competing and show their skills and knowledge to well design a catapult with high accuracy and precision. @JohnsonCand @lifemustangs @lifeschools @life_counselors @coaster64 @kimchester4 @JenWilson_32 @AprilRoddy @LifeSchooliTech

Young scientist explain the optimum angle for launching a projectile the farthest distance (45 degrees). @JohnsonCand @lifemustangs @lifeschools @life_counselors @coaster64 @kimchester4 @JenWilson_32 @AprilRoddy @LifeSchooliTech

Young physicists are exploring how forces affect the motion of a projectile @JohnsonCand @lifemustangs @lifeschools @life_counselors @coaster64 @kimchester4 @AprilRoddy @JenWilson_32 @LifeSchooliTech

Young lady scientists are researching why water is more effective than air for propelling bottle rockets? @JohnsonCand @lifemustangs @lifeschools @life_counselors @coaster64 @kimchester4 @AprilRoddy @JenWilson_32 @LifeSchooliTech

Physicist are exploring Newton’s third law of motion. @JohnsonCand @lifemustangs @lifeschools @life_counselors @coaster64 @kimchester4 @life_counselors @AprilRoddy @JenWilson_32 @LifeSchooliTech

Innovative scientists are researching the forces that are involved in the rocket launching. @JohnsonCand @lifemustangs @lifeschools @coaster64 @kimchester4 @life_counselors @AprilRoddy @LifeSchooliTech @JenWilson_32

Young scientists are determining the location and velocity of a projectile at different points in it’s trajectory. @JohnsonCand @lifemustangs @JenWilson_32 @lifeschools @life_counselors @coaster64 @LSROmustangs @AprilRoddy @LifeSchooliTech

Physics students are calculating the time to any given height in a projectile’s motion. @JohnsonCand @lifemustangs @lifeschools @LSROmustangs @life_counselors @coaster64 @JenWilson_32 @AprilRoddy @LifeSchooliTech

Young scientists are investigating, when you drop a slinky, what falls to the ground first: the top, the bottom, or everything all at once? @JohnsonCand @lifemustangs @lifeschools @LSROmustangs @AprilRoddy @coaster64 @JenWilson_32 @life_counselors @LifeSchooliTech

Physics scholars are exploring something amazing happens when you drop a stretched-out slinky. @JohnsonCand @lifemustangs @lifeschools @LSROmustangs @AprilRoddy @LifeSchooliTech @coaster64 @JenWilson_32 @life_counselors

Young physicists are collecting data of acceleration of a freely falling body, g, by increasing air resistance using a Picket Fence, balloon, LabQuest and a Photo-gate. @JohnsonCand @lifemustangs @lifeschools @coaster64 @LSROmustangs @AprilRoddy

Young scientists are collecting data of acceleration of a freely falling body, g, to better than 0.5% precision using a Packet Fence, LabQuest, and a Photo-gate. @JohnsonCand @lifemustangs @lifeschools @coaster64 @LSROmustangs @AprilRoddy @LifeSchooliTech @life_counselors

Physics scholars are collecting data of velocities and accelerations of a Picket Fence using a precise time connected to a LabQuest and Photo-gate. @JohnsonCand @lifeschools @lifemustangs @AprilRoddy @coaster64 @LSROmustangs @LifeSchooliTech @life_counselors

Mousetrap cars are a great way to explore physics concepts like energy transfer, friction, torque and inertia and make a great physics youth STEM project for the classroom. @JohnsonCand @KimRiepe @lifemustangs @lifeschools @life_counselors @coaster64 @AprilRoddy @LSROmustangs

Young scientists built a vehicle that can travel as far or as fast as possible by using only the energy that can be stored in a single mousetrap. @JohnsonCand @KimRiepe @lifemustangs @lifeschools @life_counselors @coaster64 @LSROmustangs @AprilRoddy

Physics scholars made mousetrap car incorporated physics principles of speed, acceleration and energy. @JohnsonCand @KimRiepe @lifeschools @lifemustangs @coaster64 @LSROmustangs @life_counselors @LifeSchooliTech @AprilRoddy

Physics scholars designed a mousetrap car that travels a maximum speed/acceleration over a 8 meter race. @JohnsonCand @KimRiepe @lifeschools @lifemustangs @AprilRoddy @coaster64 @LSROmustangs @LifeSchooliTech @life_counselors

Young scientists are collecting data for position, velocity, and time by using a lab quest as a cart rolls down on an inclined vernier dynamic track. Interpreting the position vs. time and velocity vs. time graphs. @JohnsonCand @KimRiepe @lifeschools @lifemustangs @LSROmustangs

Physics scholars are collecting data for position, velocity, and time using a lab quest as a cart rolls up and down on an inclined vernier dynamic track. Analyzing the position vs. time and velocity vs. time graphs. @JohnsonCand @KimRiepe @lifeschools @lifemustangs @LSROmustangs

Air pressure is one of our favorite invisible forces, especially when Bernoulli's Principle is involved. Soda Can Jump to launch out of a coffee mug. Physics scholars are enjoying this fun activity. @lifemustangs @lifeschools @KimRiepe @LSROmustangs @LifeSchooliTech @coaster64