CIRCUITOS ELÉCTRICOS EN SERIE - Cómo Calcular la Intensidad y Resistencia (Super fácil)

Algebraticos

3 Apr 202104:37

Summary

TLDRIn this educational video, the host guides viewers through a fundamental electrical circuits exercise. The video begins by identifying a 20-volt voltage source and three resistors with values of 16 ohms, 15 ohms, and 12 ohms, which are connected in series. The host then demonstrates how to calculate the total resistance by summing the individual resistances, resulting in 43 ohms. Utilizing Ohm's law, the video explains how to determine the current intensity by dividing voltage by resistance, yielding a result of 0.44 amperes. The video is designed to help beginners understand basic electrical circuit concepts and encourages viewers to subscribe for more content.

Takeaways

🔌 The video is about a basic exercise in electrical circuits, specifically focusing on calculating total resistance and current.
🔋 The given voltage in the circuit is 20 volts, which is a key piece of information for the calculations.
⚡ The script introduces three resistors with resistances of 16 ohms, 15 ohms, and 12 ohms, respectively.
🔗 The resistors are connected in series, meaning their resistances must be added together to find the total resistance.
📊 The total resistance is calculated by adding the individual resistances: 16 ohms + 15 ohms + 12 ohms, resulting in 43 ohms.
🔍 The video uses Ohm's Law to find the current in the circuit, which is not provided but needs to be calculated.
📐 Ohm's Law is represented by the formula V = IR, where V is voltage, I is current, and R is resistance.
🧩 The video simplifies Ohm's Law to find current by rearranging the formula to I = V/R.
🔍 The calculation for current is shown as I = 20V/43Ω, which equals approximately 0.44 amperes.
📝 The result of 0.44 amperes is the intensity of the current flowing through the circuit, which is the answer to the exercise.
👍 The video encourages viewers to like and subscribe for more content, indicating the educational nature of the channel.

Q & A

What is the topic of the video?
-The video is about an introductory exercise in electrical circuits, specifically focusing on calculating total resistance and current intensity.
What is the given voltage in the circuit mentioned in the video?
-The given voltage in the circuit is 20 volts.
What are the resistance values provided in the video?
-The resistance values provided are 16 ohms, 15 ohms, and 12 ohms.
How are the resistances connected in the circuit described in the video?
-The resistances are connected in series, as they are directly attached to each other.
What is the total resistance calculated in the video?
-The total resistance calculated by adding the individual resistances is 43 ohms.
What is the Ohm's Law triangle used for in the video?
-The Ohm's Law triangle is used to calculate the current intensity in the circuit.
How is the current intensity calculated in the video?
-The current intensity is calculated using the formula I = V/R, where V is the voltage and R is the total resistance.
What is the unit of measurement for the calculated current intensity?
-The unit of measurement for the calculated current intensity is amperes.
What is the result of the current intensity calculation in the video?
-The result of the current intensity calculation is 0.44 amperes.
What does the video suggest for viewers interested in more content on this topic?
-The video suggests that viewers subscribe to the channel for more content on electrical circuits and related topics.
What is the purpose of the video according to the transcript?
-The purpose of the video is to help viewers understand the basics of electrical circuits, specifically how to calculate total resistance and current intensity.