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General| Brand | Thames & Kosmos |
|---|---|
| Model | Tightrope-Walking Gyrobot |
| Category | Toy |
| Language | English |
Lists all parts included in the experiment kit for building the Gyrobot.
Lists additional items required for the experiments, such as batteries and tools.
Provides useful advice for using the anchor pin lever to disassemble models.
Important safety notice regarding choking hazards for children under 3 years.
Detailed safety guidelines for handling and using batteries in experiments.
Instructions for recycling electronic components and proper disposal of waste.
Message addressing parents and adults about the educational benefits and safety aspects of the kit.
Instructions for performing the first experiment, making the gyrobot walk on a tightrope.
Step-by-step guide on how to correctly insert and replace batteries in the gyrobot.
How to turn on and initially position the gyrobot for operation.
Explains the physics behind the gyrobot's balance, focusing on the gyroscope and gimbals.
Step-by-step guide for performing an experiment to understand balancing forces.
Explains the gyroscopic effect and how it helps the gyrobot balance.
Instructions for an experiment demonstrating the gyrobot's stability on its edge.
Explains how gravity and the gyroscopic effect influence the gyrobot's stability.
Experiment involving balancing the gyrobot as a spinning top.
Tips for disassembling the tightrope frame for the experiment.
Explains how the gyroscopic effect and external forces affect the spinning gyrobot.
Historical overview of gyroscopes and their invention.
Discusses modern applications of gyroscopes in devices like smartphones and aircraft.
Experiment involving the gyrobot assembly and string to defy gravity.
Explains the physics of the gyroscopic effect in the sidewinder experiment.
Experiment to understand how adding weight affects the gyrobot's balance.
Explains how added pieces affect the center of gravity and the gyroscopic forces.
Experiment to observe the gyrobot's stability when flipped or when its center of gravity changes.
Explains the effect of gravity and the gyroscopic effect on the gyrobot's upright stability.
Experiment investigating how extending arms affects the gyrobot's center of gravity and balance.
Encourages users to create their own experiments with the gyrobot.
