How do you draw a model of an atom?

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In summary, drawing atoms and ions can be difficult and there are different methods to do it. The difference between atoms and ions lies in the number of electrons they have. To draw the structure, one can use Lewis diagrams or Bhor/Rutherford diagrams. Another way is to use an orbital energy level diagram. For a more accurate representation, one can use computer simulations, but it may result in a complex 3D probability density plot.
  • #1
xiledreama
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if you had a lithium ion, magnesium atom, iron III ion..
how do you draw it?

oh and what is the difference between an atom and an ion when drawing..?

thank you.
 
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  • #2
Drawing is difficult, since there doesn't seem to be any good way of drawing electrons.

The difference between ions and atoms is in the number of electrons. Atoms have enough electrons to exactly balance the positive charge of the nucleus. Ions may have more less, thus being charged.
 
  • #3
when drawing the structure, you can use Lewis diagrams or you can use Bhor/Rutherford diagrams. The Lewis diagrams utalize the valence electrons. You put the name of the element, or compound, and draw the bonds, then draw the valence electrons, as little dots. If the structure is an ion, you put big square brackets around the diagram and place a supersript - or + on the top right corner, depending on the charge of the ion. If I were you, use this way to draw, the Bhor/Rutherford way is the Grade 9 method.
 
  • #4
Another way to "draw" the atom would be an orbital energy level diagram.

Or! you could get fancy and get a computer cluster to solve Schrodinger eq. for your atom, but then that usually only uses hydrogenic orbitals as an approximation. If you want a more accurate "picture" you could turn on relativistic effects. But then, your "drawing" would be nothing more than a 3D probability density plot.
 
  • #5
Quite simple. But you would need a fairly large piece of paper. The most real theory says it looks like a dot (nucleus) surrounded by bubbles of various forms (electrons spread alond their orbits) that cover the dot in layers.
 

1. What is the correct way to draw a model of an atom?

The most commonly used model for drawing atoms is the Bohr model, which depicts the nucleus as a small, positively charged center surrounded by negatively charged electrons orbiting in distinct energy levels or shells.

2. How many electrons should be included in the model of an atom?

The number of electrons in an atom's model is determined by its atomic number. Each element has a unique atomic number, which represents the number of protons in its nucleus and thus the number of electrons orbiting around it.

3. Do I need to include neutrons in the model of an atom?

While neutrons are an important part of an atom's structure, they are not typically included in the model as they do not contribute to the atom's charge or chemical properties. However, some models do show the number of neutrons in an atom's nucleus as an additional informational feature.

4. How can I show the relative size of the nucleus and electrons in the model?

The nucleus is significantly smaller than the electrons in an atom. To depict this, the nucleus is often drawn as a tiny dot in the center of the model, while the electrons are shown as larger circles or spheres orbiting around it.

5. Are there any limitations to using a model to represent an atom?

While models can help us visualize and understand the structure of an atom, it's important to remember that they are simplified representations and do not accurately depict the complex nature of atoms. Additionally, these models do not show the movement and behavior of electrons, which is essential to understanding the properties of atoms and matter.

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