What is the Bohr model for glucose?

Answer 1

Answer

Like for school?

You can take a medium sized styrofoam ball and cut some pipe cleaners up and stick them in the ball, about four should be good. Then take a full sized pipe cleaner and wrap it into a circle then use a hot glue gun to conect the ends. Then glue the little pipe cleaners to the circle pipe cleaner. Next take little beads ( the proper amount of electrons ) and glue them to the circle pipe cleaner. But always remember that you can only put two electrons on the first ring. Then on the secound ring ( if needed ) put up to eight electrons, then from there on all of the rings can only hold eight electrons.

I really hope this helped :)

Answer 2

The Bohr model of the atom is a simple model that has been improved upon. It is still useful for an intoduction to chemistry and so it is taught in secondary schools. As with any model, it does not reflect exactly what an atom "looks like", but it gives us some very useful information that we can use to make predictions about atoms, especially how they bond to one another.

A Bohr model of an atom shows a central nucleus which contains protons and neutrons. The protons have a positive charge, the neutrons are neutral. A model of calcium shows 20 protons. Most calcium atoms have 20 neutrons (although this can vary). The shells surrounding the nucleus contain the electrons, which have a negative charge. The first shell of the calcium atom has 2 electrons. The second shell has 8 electrons. The third shell l also has 8 electrons. The fourth shell has 2 electrons. The last shell gives us the number of valence electrons that we can use to make predictions about bonding.

Answer 3

The Bohr model is a simplified representation of the atomic structure, which is not applicable to complex molecules like glucose. Glucose is a molecule composed of carbon, hydrogen, and oxygen atoms arranged in a specific way to form a six-carbon sugar. Its structure is better described using molecular models and structural formulas.

Answer 4

You could use pipe cleaners and foam balls (pipe cleaners for the rings foam balls for neutrons and protons) then use sticky tack for the electrons. :) That is my best idea.

Answer 5

2 8 8 2
or
2 8 10