The image displays diagrams of two ions used in forming a compound. Each ion is represented by a series of concentric circles indicating electron shells, with "P" denoting protons and "N" denoting neutrons at the center.- The ion on the left has: - 5 protons (P: 5) - 6 neutrons (N: 6) - 3 electrons in the outer shell- The ion on the right has: - 9 protons (P: 9) - 10 neutrons (N: 10) - 7 electrons in the outer shellBelow the diagrams is a question: "What compound would be formed between the two ions modeled?"There are four answer options provided:- A: BF₃- B: BaF₃- C: BF₃- D: BaFl₃The question is asking which compound is possible based on the ions shown, with a focus on electron configuration for bonding.

Ion 1 has 5 protons and 6 neutrons , so atomic number of ion 1 is 5 and hence ion 1 has 3 valence…

Answered: wo ions are shown in the model and form…

wo ions are shown in the model and form a compound. P: 5 N: 6 A B C 00 What compound would be formed between the two ions modeled? D BF13 BaF3 BF3 P: 9 N: 10 BaFl3 00 00

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

The image displays diagrams of two ions used in forming a compound. Each ion is represented by a series of concentric circles indicating electron shells, with "P" denoting protons and "N" denoting neutrons at the center.

- The ion on the left has:
- 5 protons (P: 5)
- 6 neutrons (N: 6)
- 3 electrons in the outer shell

- The ion on the right has:
- 9 protons (P: 9)
- 10 neutrons (N: 10)
- 7 electrons in the outer shell

Below the diagrams is a question: "What compound would be formed between the two ions modeled?"

There are four answer options provided:
- A: BF₃
- B: BaF₃
- C: BF₃
- D: BaFl₃

The question is asking which compound is possible based on the ions shown, with a focus on electron configuration for bonding.

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