# Análisis 9: Conocimiento de caudales de aire y combustible

{% hint style="info" %}
24 m³/s de CO a 37 ºC y 110 kPa combustiona con 90 ks/s aire a 25ºC y 110kPa. Si los productos de combustión salen a 627ºC. Sabiendo que la combustión es completa. Evaluar el coeficiente de exceso de aire, temperatura adiabática de la llama, el calor liberado en el proceso de combustión y la temperatura de rocío de los productos de combustión.
{% endhint %}

![](https://thermosuite.com/manual/9/media/image1.png)

![](https://thermosuite.com/manual/9/media/image3.png) ![](https://thermosuite.com/manual/9/media/image4.png) ![](https://thermosuite.com/manual/9/media/image5.png)

![](https://thermosuite.com/manual/9/media/image6.png) ![](https://thermosuite.com/manual/9/media/image7.png)

<figure><img src="/files/Z4MK45d18qDww4e1K32R" alt=""><figcaption></figcaption></figure>

![](https://thermosuite.com/manual/9/media/image8.png)

![](https://thermosuite.com/manual/9/media/image9.png) ![](https://thermosuite.com/manual/9/media/image10.png)

![](https://thermosuite.com/manual/9/media/image11.png) ![](https://thermosuite.com/manual/9/media/image12.png)

![](https://thermosuite.com/manual/9/media/image13.png)

![](https://thermosuite.com/manual/9/media/image14.png)

![](https://thermosuite.com/manual/9/media/image15.png)

![](https://thermosuite.com/manual/9/media/image16.png)

![](https://thermosuite.com/manual/9/media/image17.png)

![](https://thermosuite.com/manual/9/media/image18.png)

![](https://thermosuite.com/manual/9/media/image19.png)

![](https://thermosuite.com/manual/9/media/image20.png)

![](https://thermosuite.com/manual/9/media/image21.png)

![](https://thermosuite.com/manual/9/media/image22.png)

![](https://thermosuite.com/manual/9/media/image23.png)

![](https://thermosuite.com/manual/9/media/image24.png) ![](https://thermosuite.com/manual/9/media/image25.png)

![](https://thermosuite.com/manual/9/media/image26.png) ![](https://thermosuite.com/manual/9/media/image27.png)

![](https://thermosuite.com/manual/9/media/image28.png)


---

# Agent Instructions: Querying This Documentation

If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question.

Perform an HTTP GET request on the current page URL with the `ask` query parameter:

```
GET https://thermosuite.gitbook.io/thermocombustion-hf/analisis-1-al-10/analisis-9-conocimiento-de-caudales-de-aire-y-combustible.md?ask=<question>
```

The question should be specific, self-contained, and written in natural language.
The response will contain a direct answer to the question and relevant excerpts and sources from the documentation.

Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.
