Science Contributors

? Popsicle Stick Truss Bridge Load Challenge (ENG01) Explore structural mechanics, load distribution, tension vs. compression, and geometric efficiency! The Popsicle Stick Truss Bridge Load...

⚡ PHYSICAL SCIENCE & ENERGY STEM LAB BUNDLE (PHY01–PHY05) 5 Complete 3-Page STEM Labs | 15 Total Print-Ready PDF Pages Bring middle school physics and physical science standard

?️ Balloon Race Car Force and Friction STEM Lab (PHY05) Explore Newton's Third Law of Motion, action-reaction thrust forces, rolling friction, axle alignment, and speed mechanics! The Balloon Race...

☀️ Solar Oven Thermal Radiation STEM Lab (PHY04) Explore radiant energy transfer, light absorption vs. reflection, the greenhouse effect, and thermal insulation! The Solar Oven Thermal Radiation...

? Wind Turbine Blade Aerodynamics STEM Lab (PHY03) Explore renewable energy physics, aerodynamic lift vs. drag, blade pitch optimization, and energy transformations! The Wind Turbine Blade...

? Egg Drop Lander Impulse Cushioning STEM Lab (PHY02) Explore impulse-momentum physics, kinetic energy dissipation, drag dynamics, and crumple zone engineering! The Egg Drop Lander Impulse...

? Rubber Band Catapult Elastic Potential Energy STEM Lab (PHY01) Explore mechanical energy transformations, Hooke's law, trajectory launch angles, and accuracy physics! The Rubber Band Catapult...

? LIFE SCIENCE & BIOMECHANICS STEM LAB BUNDLE (BIO01–BIO05) 5 Complete 3-Page STEM Labs | 15 Total Print-Ready PDF Pages Transform middle school life science and biology units

? Plant Xylem Capillary Action Hydro-Transport STEM Lab (BIO05) Explore vascular plant anatomy, xylem tissue transport mechanics, capillary action, fluid adhesion vs. cohesion, and transpiration...

? Bird Wing Aerodynamics Biomimicry STEM Lab (BIO04) Explore avian biological adaptations, biomimicry engineering, aerodynamic lift vs. drag, airfoil curvature, and aspect ratios! The Bird Wing...

? Mechanical Lung Air Pressure Simulator STEM Lab (BIO03) Explore respiratory system anatomy, thoracic volume changes, diaphragm muscle mechanics, air pressure differentials, and Boyle's Law! The...

? Pumping Heart Chamber Fluid Dynamics STEM Lab (BIO02) Explore circulatory system anatomy, cardiac pressure differentials, one-way valve mechanics, fluid flow rates, and stroke volume! The Pumping...