Question

date
atom coloring page
swer and a color associated with that answer
section should be filled in with that color|

6
identify the model.
rutherford yellow
bohr purple
dalton light green

7
identify the model.
dalton orange
thomson dark blue
rutherford light green

8
identify the model.
bohr black
schrödinger pink
rutherford dark blue

9
identify the model.
thomson light blue
dalton red
chadwick brown

10
identify the model.
electron cloud light green
rutherford pink
plum pudding

Explanation:

To solve the problem of identifying each atomic model, we analyze each diagram:

Question 6 (Atomic Model)

The diagram shows a nucleus with a positive charge and electrons in fixed orbits (two energy levels). This matches the Bohr model (electrons in circular orbits around the nucleus).

• Color: PURPLE

Question 7 (Atomic Model)

The diagram shows a solid, indivisible sphere. This matches Dalton’s model (atom as a hard, uniform sphere).

• Color: ORANGE

Question 8 (Atomic Model)

The diagram shows a nucleus with a positive charge and electrons in a “cloud” of overlapping orbits (electron cloud with complex paths). This matches the Schrödinger (quantum mechanical) model (electrons in a probability cloud, not fixed orbits).

• Color: PINK

Question 9 (Atomic Model)

The diagram shows a sphere with positive “pudding” and negative “plums” (electrons) embedded. This matches Thomson’s Plum Pudding model.

• Color: LIGHT BLUE

Question 10 (Atomic Model)

The diagram shows a nucleus with protons (+) and neutrons (N) and a surrounding electron cloud (fuzzy region). This matches the Electron Cloud model (modern model with electrons in a probability cloud).

• Color: LIGHT GREEN

Final Answers (Model + Color):

1. Bohr - PURPLE
2. Dalton - ORANGE
3. Schrödinger - PINK
4. Thomson - LIGHT BLUE
5. Electron cloud - LIGHT GREEN

Answer:

To solve the problem of identifying each atomic model, we analyze each diagram:

Question 6 (Atomic Model)

The diagram shows a nucleus with a positive charge and electrons in fixed orbits (two energy levels). This matches the Bohr model (electrons in circular orbits around the nucleus).

• Color: PURPLE

Question 7 (Atomic Model)

The diagram shows a solid, indivisible sphere. This matches Dalton’s model (atom as a hard, uniform sphere).

• Color: ORANGE

Question 8 (Atomic Model)

The diagram shows a nucleus with a positive charge and electrons in a “cloud” of overlapping orbits (electron cloud with complex paths). This matches the Schrödinger (quantum mechanical) model (electrons in a probability cloud, not fixed orbits).

• Color: PINK

Question 9 (Atomic Model)

The diagram shows a sphere with positive “pudding” and negative “plums” (electrons) embedded. This matches Thomson’s Plum Pudding model.

• Color: LIGHT BLUE

Question 10 (Atomic Model)

The diagram shows a nucleus with protons (+) and neutrons (N) and a surrounding electron cloud (fuzzy region). This matches the Electron Cloud model (modern model with electrons in a probability cloud).

• Color: LIGHT GREEN

Final Answers (Model + Color):

1. Bohr - PURPLE
2. Dalton - ORANGE
3. Schrödinger - PINK
4. Thomson - LIGHT BLUE
5. Electron cloud - LIGHT GREEN