Interpretation:
The expected values of the next three ionization energies for boron have to be determined qualitatively. Also, the reasons for any big differences between them have to be determined.
Concept Introduction:
The energy that is needed to remove an electron from the isolated, neutral gaseous atom is known as ionization energy. It is represented by
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Chemistry: Principles and Practice
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- Quesion 10- (Please showall of your work so I can understand going forward) You may need to use a special periodic table to answer the question, it is attached in the images below. You will also need to look at the images to see the figure for the dot sturcture. a) Draw the electron dot structure for Fa. c) Would nitrogen have a larger or smaller ionization energy compared to Fa? (Please explain your answer)arrow_forward32. Which of the following elements should have the smallest second ionization energy (IE2)? Provide an explanation for your answer. Br, Kr, Rb, Sr, Yarrow_forwardRefer to Figure and explain why there are signifi cant decreases in ionization energy between some adjacent elements, such as argon and potassium. Why is the drop from argon to potassium much larger than the drop from zinc to gallium?arrow_forward
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