Na element model7/31/2023 What we can see is that, when we're taking this this element, the atomic number of this element would be equal to the number of protons in this element in this atom. They are based on the Bohr model of the atom. Background Information Three-dimensional models are visualized replicas of what an element’s atomic structure might look like. So since they are just black in color, we can take them as the neutrons and we can see that there are 6 neutrons right so now. Creating a 3D model of the sodium atom provides an interactive hands-on experience that is both insightful and informative. These are the ones that we can take as the protons, so we have 5 protons and the 1 in which the other circles that we can see as plain black circles are the ones that we would take as neutrons since, since there is no color to them Or they they are just black right. Sodium is a chemical element of the periodic table with chemical symbol Na and atomic number 11 with an atomic weight of 22. So there are 1212345 electrons, 5 electrons, and now when we count the number of protons, we can see that the number of protons is also equal to 5. The particles that we can see around this nucleus are the electrons in this model of atoms and now, in the question, what we are told to find is we have to identify what which element is represented by this model of the atom? So what we could see is that we could first count how many electrons and how many protons are in this atom right. So in the nucleus, what we can see are the protons and the neutrons protons are positively charged particles and neutrons are particles with no charge and the things that we can. In the given question, the following model of an atom is given to us, and we are told this part of the atom is representing the nucleus of the atom right.
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