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A university student is developing a stationary hoverboard prototype that needs to support about 1kg with a desired lift of 100mm Concerns are raised regarding the timing of capacitor charging and the importance. Initial tests with electromagnets provided strong attraction but limited repulsion, achieving only 4mm lift, while neodymium magnets offered better results with 70mm lift
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The student seeks to control the hoverboard's movement using an arduino but is unsure how to. It is clarified that drag force should be subtracted from the force the wheel applies to the road, and that drag. The discussion centers on a seesaw problem involving rotational equilibrium and the calculation of forces
A seesaw with a mass of 5 kg has a 10 kg block positioned 2 meters left of the fulcrum and a second block, initially unknown, positioned 0.5 meters to the right
The main confusion arises from understanding how to correctly apply the normal forces and the equilibrium equations to find the. The discussion revolves around measuring the clearance height and lift force of a hovercraft built for an experiment The original poster seeks to understand how to measure clearance height and its relationship to lift force, emphasizing the need for a hole in the skirt for effective air flow Participants explain that the lift force is generated by the pressure difference created by the fan.
To levitate a 1kg object, a strong neodymium magnet is essential, with calculations indicating that a magnet with a significant pull force is necessary to counteract gravitational force The setup typically involves a base ring magnet, electromagnets for position correction, and hall effect sensors for feedback control A pid controller is crucial for maintaining stability by adjusting the. I really only have minimal experience in circuitry and the like
I want to build a series of electromagnets with a variable their strength in order to levitate an opposing.
Should there be activities, like building a mini particle accelerator, or a hoverboard I've been thinking of some facts we could share such as myths people take for granted about the universe, but all in all i really need some advice I really want this to be a great club, but i have limited knowledge in this field. The discussion focuses on calculating acceleration for an electric motorcycle design, with emphasis on torque, drag, and mechanical losses
The user has developed software to model performance but is uncertain about their calculations, particularly regarding drag force application
