Summary
The video showcases a homemade tabletop centrifuge built with common materials like a motor moto 050, plastic syringes, and cardboard. It can reach 411 RPM to effectively separate up to 5 milliliters of homogeneous mixtures. The centrifuge utilizes centripetal forces and sedimentation to create centrifugal force, facilitating the separation process. Viewers are guided through the setup, activation, and observation of mixture separation within a specified timeframe for best outcomes. This DIY project offers an affordable and innovative solution for basic centrifugation needs.
Design and Construction of Homemade Centrifuge
Description of the homemade tabletop centrifuge designed and built, capable of reaching 411 revolutions per minute and separating homogeneous mixtures of up to 5 milliliters.
Components Used in Centrifuge
List of components used, including the motor moto 050, two 1.5-volt batteries, two plastic syringes serving as the base, cardboard for motor attachment, and cables for rotation.
Function of Centrifuge
Explanation of how the centrifuge accelerates homogeneous mixtures in different phases using centripetal forces and sedimentation, creating a centrifugal force that acts on the samples.
Activation and Operation
Process of activating the centrifuge, initiating the rotation, and observing the separation of mixtures within the specified time frame for optimal results.
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