to achieve noble configuration hydrogen requires___whereas chlorine requires__ in the outermost shell
to achieve noble configuration hydrogen requires___whereas chlorine requires__ in the outermost shell
Homework Answers
To achieve noble gas configuration, Hydrogen(H) needs duplet structure for that it needs one more electron to its valence shell to get the configuration of nearest noble gas Helium(He) where as chlorine(Cl) needs octet in the outermost shell for that Chlorine needs one more electron to its valence shell to get the configuration of Argon(Ar).
has
one electron in its valence shell , If 1 electron is added then it
has 2 electron in valence shell which lead to give the
configuration of 
. and structure is
Duplet.
has 7 electron in its valence shell , If 1 electron is added then
it has 8 electron in valence shell which lead to give the
configuration of 
the structure is
Octet.
Octet: valence shell will get 8 electron to get the noble gas configuration and duplet means the valence shell will get 2 electron to get the structure of noble gas Helium.
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to achieve noble configuration hydrogen requires___whereas
chlorine requires__ in the outermost shell
What is the valence shell? It is the outermost shell of electrons in an atom. It...
What is the valence shell? It is the outermost shell of electrons in an atom. It is the same as the orbital configuration. It is the last partially filled orbital in an atom. It is the shell of electrons in element V (atomic no. = 23) It is the shell of electrons in an atom that is the least reactive.
Suppose that one electron(s) is added to the outermost shell of a fluorine atom. What element's...
Suppose that one electron(s) is added to the outermost shell of a fluorine atom. What element's electron configuration would the atom then have? Spell out the full name of the element.
Consider a +2 cation of Manganese. There are electrons accounted for in the noble gas of...
Consider a +2 cation of Manganese. There are electrons accounted for in the noble gas of the shorthand electron configuration. For the outermost electrons, there are electrons in the sorbital and electrons in the dorbitals. Hint: Write out the shorthand electron configuration of the cation. (Example reading: For Lithium, there are 2 electrons accounted for in the noble gas of the shorthand electron configuration. For the outermost electrons, there are 1 electron in the 2 s orbital.)
Use the noble gas core configuration to write the configuration for Selenium?
Use the noble gas core configuration to write the configuration for Selenium?
construct a table for the five given elements and show me the correct noble gas configuration,...
construct a table for the five given elements and show
me the correct noble gas configuration, number of total electrons,
inner shell electrons, outer shell electrons, and valence electrons
for each.
can someone help me with this please.
thanks.
Which has the most inner shell electrons? A. B. C. D. Fr Sb Hg S Sc Which has the most outer shell electrons? A. B Fr Sb Hg Which has the most valence electrons? A. Fr Sb Hg عمر من Sc
Answer true or false. 1. Atoms that lose electrons to achieve a filled valence shell become...
Answer true or false. 1. Atoms that lose electrons to achieve a filled valence shell become cations and form ionic bonds with anions. 2. Ionic bonds tend to form between elements on the left side of the Periodic Table, and covalent bonds tend to form between elements on the right side of the Periodic Table. 3. Electronegativity is a measure of an atom's attraction for the electrons it shares in a chemical bond with another atom. 4. Fluorine, in the...
Review Questions Chapter 7 1. If one electron is added to the outer shell of chlorine,...
Review Questions Chapter 7 1. If one electron is added to the outer shell of chlorine, it would have the same electron configuration as what element?
Write a complete electron configuration for an I- ion, using a noble gas in brackets. Enter...
Write a complete electron configuration for an I- ion, using a noble gas in brackets. Enter your answer using this format: “[Ne] 3s^2 3p^6”, where carets (^) indicate exponents, and there is one space between each shell. Make sure you don’t accidentally include an extra, trailing space at the end!
2. The outermost electron of beryllium is in the second electron shell (n=2). Estimate the size...
2. The outermost electron of beryllium is in the second electron shell (n=2). Estimate the size (diameter) of the lithium atom (Z=4) by calculating the Bohr radius of the "orbit" corresponding to this shell.
4. The ground-state valence-shell configuration of a particular atom is 4f1450'6s2. The element to which this...
4. The ground-state valence-shell configuration of a particular atom is 4f1450'6s2. The element to which this atom belongs is a a) noble gas. b) S-block main-group element. transition element. inner transition element. e) p-block main-group element. d)
What is the valence shell? It is the outermost shell of electrons in an atom. It is the same as the orbital configuration. It is the last partially filled orbital in an atom. It is the shell of electrons in element V (atomic no. = 23) It is the shell of electrons in an atom that is the least reactive.
Consider a +2 cation of Manganese. There are electrons accounted for in the noble gas of the shorthand electron configuration. For the outermost electrons, there are electrons in the sorbital and electrons in the dorbitals. Hint: Write out the shorthand electron configuration of the cation. (Example reading: For Lithium, there are 2 electrons accounted for in the noble gas of the shorthand electron configuration. For the outermost electrons, there are 1 electron in the 2 s orbital.)
construct a table for the five given elements and show
me the correct noble gas configuration, number of total electrons,
inner shell electrons, outer shell electrons, and valence electrons
for each.
can someone help me with this please.
thanks.
Which has the most inner shell electrons? A. B. C. D. Fr Sb Hg S Sc Which has the most outer shell electrons? A. B Fr Sb Hg Which has the most valence electrons? A. Fr Sb Hg عمر من Sc
Review Questions Chapter 7 1. If one electron is added to the outer shell of chlorine, it would have the same electron configuration as what element?
2. The outermost electron of beryllium is in the second electron shell (n=2). Estimate the size (diameter) of the lithium atom (Z=4) by calculating the Bohr radius of the "orbit" corresponding to this shell.
4. The ground-state valence-shell configuration of a particular atom is 4f1450'6s2. The element to which this atom belongs is a a) noble gas. b) S-block main-group element. transition element. inner transition element. e) p-block main-group element. d)
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