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Use the information supplied in the table to fill in the remaining blanks in each row. Mass Number Atomic Isotope Notation Number of Bohr Notation Electron Number Neutrons Dot 2-8-7 2 20 AI 13 2-8-18-5 20 :Ar:

Use the information supplied in the table to fill in the remaining blanks in each row. Mass Number Atomic Isotope Notation Number of Bohr Notation Electron Number Neutrons Dot 2-8-7 2 20 AI 13 2-8-18-5 20 :Ar:

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Chemistry: Form WS2.3.3B Name ATOMS Date Period Électroi Dot Diagrams, Étc. Electron dot diagrams are a useful way to show the arrangement of outer electrons of an atom. They show valence electrons as dots at 12 o'clock, 3 o'clock, 6 o'clock, and 9 o'clock, and the rest of the atom, known as the kernel, as a symbol. It is useful to think of the outer shell as if it contained two apartments, one with one bedroom and the other with three bedrooms. Each bedroom has space for two occupants. Think of electrons as frugal little fellows who do not like to share. Electrons will prefer to move into the cheaper, one bedroom apartment if it is available even if it means sharing a room with another electron. If the cheap apartment is not available, they'll settle for the three bedroom apartment, but they won't share a bedroom until the apartment becomes too crowded to have a choice. As a result, the first space gets two electrons before any of the other spaces get electrons. The next three spaces get the electrons one at a time until pairing becomes necessary. Silicon, for example, has four valence electrons. As a result, it will have two electrons in one of the clock positions and one electron in each of two of the remaining three. Apartments for Electrons Si The dots representing the electrons in silicon are much like the ones occupying the apartments above. Use the information supplied in the table to fill in the remaining blanks in each row. Mass Number Atomic Isotope Notation Number of Bohr Notation Electron Number Neutrons Dot 2-8-7 20 AI 2-8-18-5 20
Transcribed Image Text:Chemistry: Form WS2.3.3B Name ATOMS Date Period Électroi Dot Diagrams, Étc. Electron dot diagrams are a useful way to show the arrangement of outer electrons of an atom. They show valence electrons as dots at 12 o'clock, 3 o'clock, 6 o'clock, and 9 o'clock, and the rest of the atom, known as the kernel, as a symbol. It is useful to think of the outer shell as if it contained two apartments, one with one bedroom and the other with three bedrooms. Each bedroom has space for two occupants. Think of electrons as frugal little fellows who do not like to share. Electrons will prefer to move into the cheaper, one bedroom apartment if it is available even if it means sharing a room with another electron. If the cheap apartment is not available, they'll settle for the three bedroom apartment, but they won't share a bedroom until the apartment becomes too crowded to have a choice. As a result, the first space gets two electrons before any of the other spaces get electrons. The next three spaces get the electrons one at a time until pairing becomes necessary. Silicon, for example, has four valence electrons. As a result, it will have two electrons in one of the clock positions and one electron in each of two of the remaining three. Apartments for Electrons Si The dots representing the electrons in silicon are much like the ones occupying the apartments above. Use the information supplied in the table to fill in the remaining blanks in each row. Mass Number Atomic Isotope Notation Number of Bohr Notation Electron Number Neutrons Dot 2-8-7 20 AI 2-8-18-5 20
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