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Question 8 Tries remaining: 3 Points out of 1.00 Flag question Answer the questions below regarding the hybridization of the electrons involved in each bond (orbital overlap). The correct Lewis structure is given in the image below. O C H O H Hint: first determine the hybridization for each atom in formic acid (CH2O2) to see what the possible hybridizations are. Note: "sp2" is represented by "sp2", etc. Multiple attempts are permitted, however, there will be a 25% (1/4) deduction for each incorrect response. What orbitals form the sigma (?) bond for the O-H single bond? What orbitals form the sigma (?) bond for the C-H single bond? What orbitals form the pi (?) bond for the C-O double bond?

          Question 8
Tries remaining: 3 Points out of 1.00 Flag question
Answer the questions below regarding the hybridization of the electrons involved in each bond (orbital overlap). The correct Lewis structure is given in the image below.
O
C
H
O
H
Hint: first determine the hybridization for each atom in formic acid (CH2O2) to see what the possible hybridizations are.
Note: "sp2" is represented by "sp2", etc.
Multiple attempts are permitted, however, there will be a 25% (1/4) deduction for each incorrect response.
What orbitals form the sigma (?) bond for the O-H single bond?
What orbitals form the sigma (?) bond for the C-H single bond?
What orbitals form the pi (?) bond for the C-O double bond?

Question 8
Tries remaining: 3 Points out of 1.00 Flag question
Answer the questions below regarding the hybridization of the electrons involved in each bond (orbital overlap). The correct Lewis structure is given in the image below.
O
C
H
O
H
Hint: first determine the hybridization for each atom in formic acid (CH2O2) to see what the possible hybridizations are.
Note: "sp2" is represented by "sp2", etc.
Multiple attempts are permitted, however, there will be a 25% (1/4) deduction for each incorrect response.
What orbitals form the sigma (?) bond for the O-H single bond?
What orbitals form the sigma (?) bond for the C-H single bond?
What orbitals form the pi (?) bond for the C-O double bond?

Added by Alex J.

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