Which equation correctly represents the third ionization of phosphorous?
Ionization is the process of formation of ion by loss of an electron from an isolated gaseous atom.
Eg. M(g) M+(g) + 1e-, this is the first ionization since an electron is lost from a neutral gaseous atom.
M+(g) M2+(g) + 1e-, this is the second ionization since an electron is lost from a cation of the first ionization.
The first, second and third ionization equations of phosphorus are as follows:
P(g) P+(g) + 1e- ------- First ionization
P+(g) P2+(g) + 1e- ------- second ionization
P2+(g) P3+(g) + 1e- ------- third ionization
Thus, the equation represents the third ionization of phosphorus is as follows:
P2+(g) P3+(g) + 1e- ------- third ionization
Which equation correctly represents the third ionization of phosphorous?
A) Write the equation for the fifth ionization energy of phosphorous. B) Using the ionization energies for silicon below, please explain why the ionization energies increase. 1E5 E. (kJ/mol) Element Ez (kJ/mol) |E2 (kJ/mol) IE3 (kJ/mol) |E4 (kJ/mol) (kJ/mol P 1012 1907 2914 4964 6274 21267 C) Why is there a large increase in energy from the fifth ionization energy to the sixth ionization energy?
Which of the following equations correctly represents an ionization energy reaction? Ale) --> A*(+e OA) -->A*+e A(s) --> A*&+e A+ e --> AC A(+ --> AC
12. Which of the following correctly represents the second ionization of aluminum? A) Ait (g) + € → Al (9) B) AI (g) → Al* (g) + e C) Al-(g) + e + A1-(g) D) A1+ (g) + e* → A12+ (8) E) A1+ (g) → A12+ (g) + e*
Question 2 1 pts Which of the following equations correctly represents the fourth ionization energy of sodium? Na5+ () + e Na4+(g) Na3+(g) → Na4+(g) + Na4+(g) + 4e Nalg) O Na4+(g) → Nas+(g) + Na(g) → Na4+(g) + 4e
This figure represents the successive ionization energy of an atom in the third period of the periodic table. Part A 12,000 10,000 Which atom is this most likely to be? Express your answer as a chemical symbol. 8000 Energy (kJ/mol) = AEON 2 ? 100 Mg 2000 Submit Previous Answers Request Answer Ei E:2 E 3 E A X Incorrect; Try Again; 5 attempts remaining
The figure represents the successive ionization energies of an atom in the third period of the periodic table. - Part A 16,000 14,000 Which atom is this most likely to be? Express your answer as a chemical symbol. 12,000 Energy (kJ/mol = ADP * o a ? Al 6000 4000 Submit Previous Answers Request Answer 2000 X Incorrect; Try Again; 5 attempts remaining E1 E2 E3 E4 E,
The figure represents the successive ionization energies of an atom in the third period of the periodic table. Part A 16,000 14,000 Which atom is this most likely to be? Express your answer as a chemical symbol. 12,000 ΑΣΦ ? 10,000 Energy (kJ/mol 8000 Si 6000 Submit Previous Answers Request Answer 4000 2000 X Incorrect; Try Again; 3 attempts remaining 0 E1 E2 E E4 Es
4. The following energy diagram represents the ionization energies for the first four ionizations of an atom third period. Which atom is this most likely to be? e IE: IE2 E3 E4 (a. AD b. P C. S d. Mg
Which equation is associated with the third ionization energy of aluminum? Al2+(g) → Al3+(g) + e- Al(g) + 3e- → Al3-(g) Al(g) → Al3+(g) + 3e- Al3+(g) → Al(g) + 3e-
Which of the statements listed below is false? a) The third ionization energy of Al is greater than the third ionization energy of Mg. b) The second ionization energy of Na is greater than the second ionization energy of Mg. c) The first ionization energy of Be is greater than the first ionization energy of Li. d) The first ionization energy of Li is greater than the first ionization energy of Na. e) The fourth ionization energy of C is...