Draw the nucleus of the carbon atom (typically 6 protons and 6 neutrons, forming a spherical mass of spheres representing the protons and neutrons of the nucleus).
Around that, in concentric circular orbits going from innermost to outermost, draw one orbit with 2 electrons, and then another orbit with 4 electrons.
Granted, this represents the principal energy levels of the atom only (in the Bohr representation). It doesn't give actual quantum mechanical orbitals, which are a more accurate depiction of probable electron positions.
No, the atomic model by Niels Bohr is only applicable to atoms or ions with only one electron.
WikiAnswers does not do graphics, however the related link below will provide you with this diagram.
To draw two isotopes of carbon, you would start with the atomic symbol "C" in the center of a circle. For carbon-12, which has a mass number of 12, you would write "12" as a superscript before the atomic symbol "C." For carbon-14, with a mass number of 14, you would similarly write "14" as a superscript before the atomic symbol "C." This notation helps differentiate between the isotopes based on their respective mass numbers.
Two electrons of Helium are not on the same circular orbital. The orbital planes of the two electrons are perpendicular to each other. By a computaional method, the length of both the two orbitals crossing perpendicularly is proved to be just 1 times de Broglie's wavelength when their total energy is consistent with the experimental value of Helium ground state energy. Please see Related links below to get the picture of a Bohr model of helium
PO4 3- is the phosphate ion If you add the total number of valence electrons you will get 32 as an answer. When you draw the bohr diagram of the ion you will find that the ion satisfies the octet rule. From the diagram below, you can see that ion will be a tetrahedral. Hope this helped! .. :O: .. l .. .. .. :O: - :P: - :O: .. .. .. l .. :O: ..
To draw a Bohr diagram of boron, place 3 electrons in the first energy level and 2 electrons in the second energy level, following the Bohr model's rules of electron distribution. Boron has 5 electrons total, with 3 electrons in the outermost energy level.
Argon has 18 electrons. Draw a circle in the middle with the chemical symbol of argon in it (Ar). Draw three more circles around the middle one. On the first circle draw 2 dots to represent electrons. On the 2nd circle, draw 8 electrons. And finally, on the last circle, draw another 8 electrons. That is the bohr-rutherford diagram of argon.
1. draw a circle and write in it 11 because that's its atomic number 2. because sodium is in the third period of the periodic table, draw 3 circles (shells) around the middle one 3. in the first shell draw two dots across representing electrons 4. next on the second shell draw 8 dots 5. on the third shell, draw 1 dot because the it is on group 1 of the periodic table If you follow this format, you can do any element! You need to know the group, period, atomic number to do this, though.
Argon has 18 electrons. Draw a circle in the middle with the chemical symbol of argon in it (Ar). Draw three more circles around the middle one. On the first circle draw 2 dots to represent electrons. On the 2nd circle, draw 8 electrons. And finally, on the last circle, draw another 8 electrons. That is the bohr-rutherford diagram of argon.
draw or obtain a diagram of the metric conversion step
How do you draw a ER diagram for a automobile industry?
It is not possible to draw a diagram of a television working on this website.
draw the er diagram for tours
You could draw a simplified representation of an atom with its nucleus and electron shells, or a diagram showing the water cycle to represent the element of water. Another idea could be a simple illustration of a chemical reaction to showcase how elements interact with each other.
how to draw a diagram? it is so easy because you just draw square and put lines on it put yes or no in each line you make then it is now a diagram that easy by Stephen
No, the atomic model by Niels Bohr is only applicable to atoms or ions with only one electron.
It is not possible to draw a diagram in this browser but the answer is 33.33... (repeating. In a diagram, you can draw a circle (to represent 100) and draw two radii which are 120 degrees apart.