Multiple Choice
Use energy levels of diatomic molecules derived from molecular orbital theory to predict the magnetic properties of the oxygen molecule O2 and the peroxide anion O22-.
A) oxygen (paramagnetic) ; peroxide (paramagnetic)
B) oxygen (paramagnetic) ; peroxide (diamagnetic)
C) oxygen (diamagnetic) ; peroxide (paramagnetic)
D) oxygen (diamagnetic) ; peroxide (diamagnetic)
E) Neither have magnetic properties; only metals have magnetic properties.
Correct Answer:
Verified
Correct Answer:
Verified
Q52: Ethanol has the formula CH<sub>3</sub>CH<sub>2</sub>OH. The central
Q81: Which electron-pair geometry corresponds to a steric
Q83: Which one of the following statements
Q86: What is the valence electron molecular
Q87: What is the bond order of B<sub>2</sub>?<br>A)0<br>B)1<br>C)2<br>D)3<br>E)1.5
Q87: Which one of the following molecules is
Q90: Using the energy-level diagram below, determine the
Q101: Determine the molecular geometry of CF<sub>2</sub>Cl<sub>2</sub>.<br>A)linear<br>B)bent<br>C)trigonal bipyramidal<br>D)tetrahedral<br>E)trigonal
Q159: What is the molecular geometry of SF<sub>4</sub>?<br>A)tetrahedral<br>B)square
Q174: What type of hybridization is needed to