Categories: All - nutrientes - metabolismo - catabolismo - termodinámica

by Vanessa Gonzalez 4 years ago

322

Energia y Metabolismo

El metabolismo es un conjunto de procesos químicos que ocurren en los seres vivos para mantener la vida. Los nutrientes se dividen en macronutrientes y micronutrientes, donde los primeros proporcionan la mayor parte de la energía metabólica del cuerpo y los segundos son esenciales en pequeñas cantidades para funciones metabólicas y fisiológicas.

Energia y Metabolismo

Energia y Metabolismo

To name your story, you have to think about the overall message and what you want your audience to understand from the story. Also, make it relevant and easy to remember.

Nutrientes

Micronutrientes

son elementos esenciales que los seres vivos, incluido el ser humano, requieren en pequeñas cantidades a lo largo de la vida para realizar una serie de funciones metabólicas y fisiológicas para mantener la salud.

Macronutrientes
que son

son aquellos nutrientes que suministran la mayor parte de la energía metabólica del cuerpo.

Termodinamica

The ending of a story is essential. We all know that if the ending is weak, what happened before loses its importance. So make it unpredictable, but fair. A resolved ending answers all the questions and ties up any loose threads from the plot.

ATP
Funcion y estructura quimica

El ATP es un nucleótido trifosfato que se compone de adenosina (adenina y ribosa, como β-D-ribofuranosa) y tres grupos fosfato. Su fórmula molecular es C10H16N5O13P3. La estructura de la molécula consiste en una base purina (adenina) enlazada al átomo de carbono 1' de un azúcar pentosa. Los tres grupos fosfato se enlazan al átomo de carbono 5' de la pentosa. Los grupos fosforilo, comenzando con el grupo más cercano a la ribosa, se conocen como fosfatos alfa (α), beta (β) y gamma (γ).

Energia libre de gibbs

es un potencial termodinámico que se puede usar para calcular el máximo de trabajo reversible que puede realizarse mediante un sistema termodinámico a una temperatura y presión constantes

Segunda ley de termodinamica

This is the closure section of the story.
See examples of possible outcomes below:

Try answering these questions to come up with a closure:
- Have all the problems been solved?
- Is there a clear picture of what happens with each character in the story?
- Has the challenge transformed your main character?
- How do the characters feel in the end?

Este principio establece la irreversibilidad de los fenómenos físicos, especialmente durante el intercambio de calor.

Primera ley de termodinamica

This is the moment when the main character surpasses the last obstacle and finally faces their greatest challenge.
The climax usually follows one of these patterns:


Type in your answer.

en que consiste

refleja la conservación de la energía en el contexto de la termodinámica y establece que si se realiza trabajo sobre un sistema o bien este intercambia calor con otro, la energía interna del sistema cambiará.

Reacciones

The middle of the story is where you add layers of complications that will lead to the end. Reveal more about the character's journey. Did their personality go through changes? How did they overcome the challenges? And as you build up the story’s central conflict, make it more personal to that character. Also, from the middle act, you have to lead into the final act.

Entalpia

es la cantidad de calor que un sistema termodinámico libera o absorbe del entorno que lo rodea cuando está a una presión constante, entendiendo por sistema termodinámico cualquier objeto

Entropia

es una magnitud física para un sistema termodinámico en equilibrio

Exotermica

cualquier reacción química que desprenda energía, ya sea como luz o calor,

Endotermica

There wouldn't be any tension and excitement in your story if there weren't any obstacles in your character's way.

A story is nothing more than a character overcoming a series of difficulties to reach the desired goal. Obstacles usually create suspense and conflict. In overcoming obstacles, there is growth: weak becomes strong; hatred turns into love; sadness into happiness; wrong into right; lies into truth; or evil becomes good.

See a few examples below:

cualquier reacción química que absorbe energía, normalmente en forma de calor

Exergonica

Your character(s) need(s) motivation in order to solve the challenge(s).

Why does your character need to confront this challenge? What does he/she expect to accomplish by solving it?
See a few examples:

reacción química que libera energía en forma de calor, luz, etc.

Endergonica

Each story has a main character and that character usually needs to solve a problem or challenge. The character's challenge is the one that creates tension throughout the story.

In most stories, there are 3 challenges. The number 3 is a mystical number symbolizing completeness. Try to come up with interesting challenges with which your character needs to struggle.
See a few examples below:

reacción química en donde el incremento de energía libre es positivo

Metabolismo

In the beginning of the story (or the exposition), you will need to introduce the setting and characters. You might also want to introduce the main conflict. This part of the story is important because it gives the reader necessary background information and maybe even a first insight into a character’s personality.

Catabolismo

The setting (time & place) of a story can change throughout the plot.

Your story can take place wherever your imagination will take you to.
For example: in an elevator, in an enchanted forest, etc. Don't forget to give details of the environment each time the setting changes, otherwise, the story can be confusing. Also, mention the seasons as each of them has unique weather and events.

Fase del proceso del metabolismo en la cual se destruye la sustancia de los seres vivos.

Anabolismo

Characters are essential to a good story. Usually, the protagonist(s) is/are the most affected by the plot. Introduce a character by focusing on their actions, interests, and occupation, as the physical appearance doesn't make a difference in most cases.

que es

Type in the name of your character.

Conjunto de procesos metabólicos en los cuales se produce la síntesis de moléculas a partir de otras más simples