Model 3- Number of Protons and Attractive Force Force of Aractin Newnd 0.10 m 2.0. 1 0.10 wm .10w 0.10w .010 What does it MEAN? What do you WONDER? What do you SEE? 3. Write a complete sentence that describes the relationship between (independent variable) and (dependent variable) in Model 3. Number of protons, increase strength of attraction also increases.
Model 3- Number of Protons and Attractive Force Force of Aractin Newnd 0.10 m 2.0. 1 0.10 wm .10w 0.10w .010 What does it MEAN? What do you WONDER? What do you SEE? 3. Write a complete sentence that describes the relationship between (independent variable) and (dependent variable) in Model 3. Number of protons, increase strength of attraction also increases.
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Transcribed Image Text:Model 3- Number of Protons and Attractive Force
Force of Aractieon
(Newton
0.10 nm
2.30 10
0.10 wm
4.0. 10
0.10 m
0.10 m
9.20 10
What does it MEAN?
What do you WONDER?
What do you SEE?
3. Write a complete sentence that describes the relationship between
(independent variable) and
_(dependent variable) in
Model 3.
Number of protons, increase strength of attraction also increases.
5. The image on the right is Set D (Model 3).
a. Draw an electron to the left of the 2 protons.
b. Predict the force of attraction on the original electron and the
second electron. Explain your prediction in a complete
0.10 nm
sentence.
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