5. How would a 3D model of glucose differ from the formula model?
a. A formula model shows size of the glucose molecule, but the 3D model does not.A formula model shows size of the glucose molecule, but the 3D model does not.
b. A formula model shows which atoms are larger but the 3D model does not.A formula model shows which atoms are larger but the 3D model does not.
c. A 3D model shows the number of each type of atom, but the formula model does notA 3D model shows the number of each type of atom, but the formula model does not
d. A 3D model shows how the different atoms are arranged, but the formula model does not.
d. A 3D model shows how the different atoms are arranged, but the formula model does not.
d. A 3D model shows how the different atoms are arranged, but the formula model does not.
d. A 3D model shows how the different atoms are arranged, but the formula model does not.
To understand the difference between a 3D model of glucose and a formula model, we need to understand what these two representations are.
A formula model of glucose is a representation of the molecule using its chemical formula, which in the case of glucose is C6H12O6. This formula tells us the number and type of atoms in the molecule but does not provide any information about how these atoms are arranged in space.
On the other hand, a 3D model of glucose provides a visual representation that shows how the atoms are arranged in three-dimensional space. It allows us to see the relative positions of the atoms, the angles and distances between them, and the overall shape of the molecule.
Therefore, the main difference between a formula model and a 3D model of glucose is that the 3D model provides information about the spatial arrangement of the atoms, while the formula model only provides information about the types and numbers of atoms present in the molecule.