Draw a monomer of DNA, label all parts and the carbon numbers on the sugar. Now draw a monomer of RNA. Again, label all parts and number the carbons in the sugar.  Compare the two drawings by writing differences below. Now draw a dimer of either DNA or RNA and show how two nucleotides are connected

Place an asterisks (*) next to the 3' carbon atoms in the polynucleotide shown. -O CH₂ HOHDH Guanine -O-CH₂ H H H Thymine =P-O-CH₂ H OH Answer Bank H H Cytosine

Identify the base shown below. Drag the correct base to the rectangle in the image O I HN H₂N Adenine Cytosine N N IZ 5 methyl cytosine H Guanine Thymine

In the attached picture, how can you tell what is the phosphate vs. the deoxyribose?

Draw a diagram of two dexoyribonucleotides that are joined together from the 5' to 3' direction. Point out the following components on the dinucleotide. 5' phosphate group 3' hydroxyl group Hydrogen atom at the 'C of the sugar Circle the nitrogenous bases and identify them Circle the 5'C of the sugar or point it out on your drawing.

Which of the following are TRUE for RNA compared to DNA? Please select ALL correct answer options.   Select 4 correct answer(s) Question 6 options:     RNA contains the bases A, G, C, and U, whereas DNA contain the bases A, G, C, and T.     RNA can catalyze biological reactions, but DNA cannot.     DNA but not RNA can bind proteins     RNA has ribose sugar in its nucleotides, rather than the deoxyribose found in DNA.     RNA is usually single stranded and can make more complex three-dimensional molecular shapes than double-stranded DNA.