Newtons Laws and Acceleration Apparatus

EISCO Ticker Timer Tape

The EISCO Ticker Timer Tape is replacement paper tape to be used with ticker timers.

Projectile Launcher Products for Science Education

Launch a projectile at any angle from -15° to +90° straight up.

EISCO Inertia Balance Kit Products for Science Education

Distinguishes between mass and weight.

EISCO Metal Inertia Ball w/ 3 Fixed Eye Bolts

Suspend from the ceiling or a stand for multiple experiments. The EISCO Metal Inertia Ball w/ 3 Fixed Eye Bolts is used to demonstrate Newton's First Law of motion or can also be used as a pendulum bob.

EISCO Newton's Second Law of Motion Apparatus

Demonstrate Newton's Second Law of Motion with a device that can be mounted to a support stand or a table clamp. The EISCO Newton's Second Law of Motion Apparatus is made of solid metal and designed to last many years in the classroom.

EISCO Deluxe Loop Apparatus with Scale

Demonstrate the conservation of energy, momentum, and projectile motion. The EISCO Deluxe Loop Apparatus with Scale has a curved metal track, like a roller coaster. Drop a steel ball from the top and watch the results.

EISCO Free Fall Apparatus

Accurately study measure free falls. The EISCO Free Fall Apparatus allows the study of acceleration due to gravity via free fall and pendulum levers. Supplied with a manual but without timer and photogate system.

3B Scientific™ Acceleration Spark Timer Products for Science Education

Used to determine the rate of acceleration in a falling weight and calculates the speed of a moving cart.

The Spillnot™ Products for Science Education

Uses the principles of Newtonian physics to keep the liquid in the container.

Newtonian Demonstrator Products for Science Education

Illustrates Newton's Third Law of Motion and the principle of Conservation of Momentum.

Inertia Demonstrator Products for Science Education

Improved version of the classic inertia experiment.

United Scientific Supplies Fan Cart Products for Science Education

Demonstrate Newton's principle of action and reaction using this basic and inexpensive fan cart.

GSC Projectile Launcher

Alter the mass of projectiles and observe the effect on their trajectories. The GSC Projectile Launcher features a built-in clamp to fasten the device securely to tabletops.

GSC Dynamics Cart

A great tool for experiments in conservation, velocity, elastic collision, acceleration and momentum. The GSC Dynamics Cart is for performing experiments in conservation, velocity, elastic collision, acceleration and momentum. The set contains two high impact plastic cars with snap in wheels and two spring steel bumpers with rubber stopper assemblies. Each car has a recession for holding additional weight.

GSC Cork Ball 25mm Drilled

A 25mm Cork Ball with a 3mm drilled hole which can serve many different purposes in the classroom and lab setting.

GSC New York Demonstration Balance

A great classroom apparatus to help students understand the principles of torque and its properties. The GSC New York Demonstration Balance helps demonstrate the relationship between length of the lever arm, moment of force, and amount of force. The unit is designed to help students to understand the principles of torque and its properties.

GSC Free Fall - Guinea and Feather

A great classroom demonstration to show how different objects fall in a vacuum. The plexiglass cylinder is capped with a hard rubber closure at one end. A hose connector is fitted to the opposite end and is used to attach a vacuum pump (not included) to evacuate the air. When a vacuum is pulled in the tube and the tube is inverted, the disc and feather will fall at the same rate.

GSC Pendulum Apparatus

A easy to use apparatus for teaching students principles of the pendulum and acceleration due to gravity. The GSC Pendulum Apparatus serves two learning purposes as it allows students to study both pendulum and gravity principles.

GSC Form Truss Boom

A great tool for helping students understand how bridges are engineered. The GSC Form Truss Boom can be used to help students understand the Law of Composition of Force. The apparatus also aids students in understanding concepts such as compression and tension. The Form Truss Boom is a great tool for helping students understand how bridges are engineered.

American Educational Products Free-Fall Apparatus Products for Science Education

Use to study the rate of an item in free fall.

GSC International Intelligent Timer and Photogate Set Products for Science Education

Records time, speed and acceleration of object in free fall.

GSC Hooke's Law Demonstration

A great classroom apparatus to help students understand the principles of Hooke's Law. The GSC Hooke's Law Demonstration includes a sturdy base, testing spring, metal scale, an indicator needle, and a complete set of hooked weights. Instructions included.

GSC Wave Demonstration Kit

A welcome addition to any classroom. This Kit will help students visualize how waves propagation works. The GSC Wave Demonstration Kit comes with one long, narrow steel helical spring and, one larger helical spring that are matched to give nearly equal amplitudes of reflected and transmitted pulses and waves. A string and instructions are also included in the kit.

GSC Second Law of Motion

A great for unit for students to easily visualize and grasp Newton's Second Law of Motion. The GSC Second Law of Motion helps students to visualize and grasp Newton's Second Law of Motion. This sturdy unit demonstrates that a horizontally projected ball and a vertically dropped ball land at the same time.

Brady™ Physics Ball, Solid Mirror Finish

Physics balls can serve many different purposes in the classroom and lab setting. The GSC Physics Ball has a mirrored finish and and a solid build.

Brady™ Steel Ball, Drilled

Steel physics balls can serve many different purposes in a classroom or lab setting. The GSC Steel Ball has a drilled hole.

Newtonian Demonstrator Products for Science Education

Designed with the utmost sturdiness and appearance.

GSC International Loop the Loop Apparatus Products for Science Education

Demonstrates the transformation between kinetic and potential energies.

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