Summary of Electricidad Basica 1 curso gratis

00:00:00 - 00:40:00

In this video, Daniel Paez discusses the basics of electricity by explaining how protons and electrons interact to create electric current. He covers topics such as electric potential, electric current, and electric charge, and explains how to create a basic circuit. He also discusses the concepts of resistance and impedance, and how they relate to the flow of electrons through a material.

• 00:00:00 In this video, Daniel Paez discusses basic electricity by discussing the interaction of protons and electrons. Electricity is the force of attraction between these particles, and it is thanks to this energy that we are able to use electricity in our everyday lives. There is more theory available on the internet, but this chat is aimed more at technicians who need to reinforce some of the electricity concepts.
• 00:05:00 In this video, the basics of electricity are explained. Electrons can move freely between different materials, making electricity possible, while protons are largely immobile and cannot be removed from an object. Conductors (materials that allow electrons to flow freely) are beneficial for creating electric currents, while insulators (materials that do not allow electrons to flow freely) are not.
• 00:10:00 Electricity is generated when electrons move through a conductor material, such as metal. This movement is called electrical current and is essential for powering most appliances and electronics. Static electricity, which is generated by materials that have a negative charge, is also used in some devices.
• 00:15:00 This video explains the basics of electricity and how it works. It covers the concepts of electric potential, electric current, and electric charge. It explains how to create a basic circuit, and how to use each device in the circuit to perform specific functions.
• 00:20:00 This video explains the terms charge, current, resistance, and magnitude in an electric circuit, and compares them to a hydraulic circuit. The video then goes on to explain the analogy between electric and hydraulic circuits, and how they work.
• 00:25:00 In this video, the presenter discusses the basic principles of electricity and hydraulics. Electricity is generated by a negative pole and water is pumped through a hydraulic circuit, creating a flow of electrons. The battery (representing the water tanks and pump) is represented by the switch and the charge (the hydraulic engine). Resistance (the device that resists the flow of current) is represented by the letter R and the unit of ohms. The current (the quantity of electricity flowing through a cable) is measured in amperes, and the water pressure is measured in bars.
• 00:30:00 This video describes the basic concepts of electricity, including voltage, current, resistance, and impedance. It explains that voltage is the force that gives energy to a circuit, and that current is the flow of electrons through a conductor. Resistance and impedance are two different concepts that relate to how easily electrons flow through a material. Potency is the energy consumed or given by a device.
• 00:35:00 In this video, the presenter explains the basics of electrical circuits, including the convention of current going from negative to positive. They then show a basic circuit, with a battery and a lamp, and explain how to measure current and voltage. They also explain how to measure the resistance of a charge.
• 00:40:00 In this video, Daniel Paez teaches how to measure electric resistance using a multi-function meter. First, the tester is cleared to measure resistance in an open circuit. Next, a circuit with one resistance is created. Current is then measured in series and in parallel with the resistance, to see if the value is correct. Finally, a circuit with more obstacles is created, and the resistance is measured again. The video concludes by stating that to get a correct measure, the resistance must be raised from the circuit.