When the reducible representation for a square pyramidal molecule is decomposed into its irreducible representation components, I'red reduces to (Your answer to this question will be used in a later question) Give your answer with no spaces, in the sequence of the irreducible representations according to the character table, for example A1+6E not 6E+A1. Ignore subscripts. CAE 2C4 (7) C 20, 20a linear functions. quadratic rotations functions A1 +1+1 ーyジ、2 +1 X" A2 +1 1 +1-1 -1 R2 B1 1-1 x--y +1 + 1 -1 B2 -1-1 +1 1-1 -1 ху E 20 -20 (x. y) (R. R,) 01 (XZ. yz) 1. 1.
When the reducible representation for a square pyramidal molecule is decomposed into its irreducible representation components, I'red reduces to (Your answer to this question will be used in a later question) Give your answer with no spaces, in the sequence of the irreducible representations according to the character table, for example A1+6E not 6E+A1. Ignore subscripts. CAE 2C4 (7) C 20, 20a linear functions. quadratic rotations functions A1 +1+1 ーyジ、2 +1 X" A2 +1 1 +1-1 -1 R2 B1 1-1 x--y +1 + 1 -1 B2 -1-1 +1 1-1 -1 ху E 20 -20 (x. y) (R. R,) 01 (XZ. yz) 1. 1.
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Transcribed Image Text:When the reducible representation for a square
pyramidal molecule is decomposed into its irreducible
representation components, I'red reduces to
(Your answer to this question will be used in a later
question) Give your answer with no spaces, in the
sequence of the irreducible representations
according to the character table, for example A1+6E
not 6E+A1. Ignore subscripts.
2C, (z) C 2o, 20a
linear functions. quadratic
functions
CE
rotations
A1
+1+1
x-y. z2
+1
-1
A2
+1 1
+1-1
-1
R,
B1
+1|-1
+ 1
x-y
+1
-1
B2
+1-1
++
-1
xy
20
-2
(x. y) (R. R.)
(XZ. yz)
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