hello ... I accept your criticism and comments, but do circuit drawings or drawings on the approximation of the rectangles double integrals, if They Can not make latex, I have seen a post by the other user approximation on double integrals, and although the user will use latex were ugly drawings seem to use the paint program to make drawings of the comprehensive double rectangles ...MarkFL said:
jeffer vitola said:
MarkFL said:Hello,
I have moved this post to the commentary thread. The other posts were left because they predate the creation of the commentary thread. We ask that when a tutorial topic is created, a commentary topic is also created, this way comments can be made, but the original tutorial topic is not cluttered with these comments.
Petrus was not creating a tutorial topic, which we hold to higher standards. He simply created a rough sketch which sufficed for the purpose of getting his question answered.
The mathematics can be done using $\LaTeX$ and supporting diagrams can be attached. How you decide to create the diagrams is up to you.
I have no pictures/symbols invented by you...I'm not sure what you mean by this or that I cannot do the same.
I also recommend if you are going to create tutorial topics, it is best to solve the problem in as general a way as possible, and only then, once the theory has been developed, apply it to specific problems. This is more instructive.
A simple L-R circuit is a basic electrical circuit that consists of a resistor (R) and an inductor (L) connected in series. It is used to study the behavior of electrical circuits and the relationship between voltage and current.
In a simple L-R circuit, the resistor limits the flow of current and the inductor resists changes in current. When a voltage is applied to the circuit, the inductor initially resists the change in current, creating a back EMF. This back EMF decreases as the current increases until the circuit reaches a steady state.
The key components of a simple L-R circuit are a resistor, an inductor, and a power source. The resistor is used to limit current flow, while the inductor is used to store energy in a magnetic field. The power source provides the voltage needed to drive the circuit.
The time constant in a simple L-R circuit is a measure of how quickly the circuit reaches a steady state. It is equal to the product of the resistance and the inductance (τ = L/R) and is measured in seconds.
A simple L-R circuit is different from other types of circuits in that it contains only a resistor and an inductor. Other circuits may also include components such as capacitors, diodes, or transistors. Additionally, the behavior of a simple L-R circuit is determined by the relationship between voltage and current, rather than a specific function or application.
