For the structure shown below, identify whether or not the following types of strain are present. CH3 H3C. H CH3 H H Torsional Strain [Choose ] Angle Strain [Choose ] Steric Strain [Choose ]

Ch

FeBr, + Br2

Which structure is deoxycytidine monophosphate?

please answer all 1-4

Explain ALL the strain in this molecule

Calculate strain energy for the conformer picture below, using the strain energy increments from the table.

The general values for steric and torsional strain are provided. Use these values to calculate the amount of strain in the molecule in the box. လင်းလင်းခြင်း H3C CH3 H CH3/CH3 gauche 3.8 kJ/mol steric strain H/H eclipsed bond 4 kJ/mol torsional strain CH3/H eclipsed bond 5.6 kJ/mol torsional strain CH3 CH3 eclipsed 11 kJ/mol torsional & steric strain H CH3 H H -CH3 H 1 2 4 7 LO 00 +/- 5 8 kJ/mol 3 6 9 0 C x 100

Consider the condensed structure shown. CH3CHCH₂CHCH3 | CH3 1 CH3 Draw the expanded, or complete, structural formula for this structure. Include all hydrogen atoms. Templates Select / || ||| Draw C H More 2 Q

Draw the resulting structure when a nucleic acid bonds with an identical nucleic acid within a biopolymer strand. For your convenience, part of each nucleic acid has been pre-drawn for you. Fill in all missing substituents. Ensure that your drawing is for DNA.