GSC

GSC Go Science Crazy Glass Tubing Flint

Uniform wall, low melting point

GSC Go Science Crazy Voltaic Cell with 8 Electrodes and Porous Cup

Helps to visually demonstrate electro-chemical changes taking place. The GSC Voltaic Cell with 8 Electrodes and Porous Cup is supplied with electrodes that includes; copper, aluminum, zinc, tin, brass, iron and nickel, round carbon rod and a porous cup. The Voltaic Cell is ideal for demonstrating the characteristics of a primary cell.

GSC Beaker Coffee Mug

GSC Beaker Coffee Mug features a caffeine symbol to show the world your love of coffee and science

GSC Go Science Crazy Mechanics Kit

GSC Go Science Crazy Mechanics Kit will help students build a strong foundational understanding of classic Newtonian mechanics of force, mass and motion

GSC Go Science Crazy Rubber Policeman

Great tool for working with tissues and cultures.

GSC Projectile Launcher for Plastic Marbles

GSC Projectile Launcher for Plastic Marbles can launch the plastic marbles a maximum of 8 meters

GSC Go Science Crazy Weight Set, Hooked 9 pieces

Quality accurately calibrated weight set with case

GSC Erlenmeyer Flask Mug

GSC Erlenmeyer Flask Mug is made of heat-resistant borosilicate glass that can withstand temperatures of up to 510°C. Graduated up to 400mL.

GSC AC/DC Variable Power Supply

GSC AC/DC Variable Power Supply handles all power needs between 2V and 12V

GSC Wind Tunnel

GSC Wind Tunnel allows students to investigate lift, Bernouli’s principle, and aerodynamics

GSC Go Science Crazy Balloons for Lung Demonstration

Balloons often used as replacement parts for the lung demonstration 120310

GSC Go Science Crazy Ballistics Car With Magnetic Release

Demonstration to help students understand Newtons first law of motion.

GSC Go Science Crazy 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 Go Science Crazy Inertial Balance

Demonstrate Newton's First Law. The GSC Inertial Balance allows for the measurement of the inertial mass of an object.

GSC Go Science Crazy 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 Go Science Crazy GSC International Red DC Ammeter

Ideal for numerous electrical and laboratory experiments.

GSC Go Science Crazy Lead Cord with Banana Plugs

For completing electrical circuits

GSC Digital Voltmeter

GSC Digital Voltmeters measure the potential difference, or voltage (V), between two points in a circuit.

GSC Go Science Crazy DC Motor with Leads

Choose the GSC DC Motor with Leads for providing a compact powersource for classroom experiments. This little, yet powerful, motor is ideal for hundreds of electrical experiments and projects.

GSC Go Science Crazy Convex Lens Double, 75mm diameter x 17.5cm f.l.

A double convex lens used for general optics experiments. The GSC Convex Lens Double, 75mm diameter x 17.5cm f.l. is a double concave lens with ground glass edges.

GSC Go Science Crazy Balance Demonstration Stand

Force and Motion Demonstration

GSC Go Science Crazy Energy Transfer Demonstration

Investigate the transfer of heat between hot and cold liquids. The GSC Energy Transfer Demonstration allows students to observe heat being transferred through an aluminum bar between two calorimeters by measuring the temperatures over time in each.

GSC Go Science Crazy Double Concave Lens

For general optics experiments

GSC Go Science Crazy 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 Go Science Crazy Refractive Tank Semi Circular

Easily demonstrate Snell's law and show how light slows and refracts by entering a fluid. The GSC Refractive Tank Semi Circular, Pack 12 demonstrates Snell’s Law, which is what happens when light moves from air space across a boundary into a fluid at various angles.

GSC Go Science Crazy 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 Go Science Crazy 10 Level Conductivity Tester

Tool for quickly and easily determining the conductivity of various solutions. The 10 Level Conductivity Indicator can be used for quick comparisons of conductivity in solutions such as tap water, vinegar, baking soda solution, or varying concentrations of salt water.

GSC Go Science Crazy Lung Demonstration Model

Apparatus for classroom to demonstrate how lungs function. Partial vacuum inside the jar causes the lung shaped balloons to relax and contract.

GSC Go Science Crazy Static Charge Indicator

Easily and effectively determine if a charge is positive or negative.

GSC Go Science Crazy 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.

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