Illustrate a dsDNA and indicate where you would find A. A phosphodiester bond B. Hydrogen bond C. 3* structure D. Beta sheets E. "the sugar phosphate' backbone Indicate the 5' and 3' end of each strand How does one go about splitting the two strands apart? Illustrate an ATP (energy currency). Identify the 5 carbons of the sugar and illustrate what each is bonded to What kind of a bond would be used to add this to an elongating nucleic acid

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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Illustrate a dsDNA and indicate where you would find
A. A phosphodiester bond
B. Hydrogen bond
C. 3* structure
D. Beta sheets
E. "the sugar phosphate' backbone
Indicate the 5' and 3' end of each strand
How does one go about splitting the two strands
apart?
Illustrate an ATP (energy currency).
Identify the 5 carbons of the sugar and illustrate what
each is bonded to
What kind of a bond would be used to add this to an
elongating nucleic acid
Is this a rNTP or a dNTP? Circle one
Illustrate a dipeptide (2 AA (amino acid) protein.
Include all moieties bonded to each of the Cs.
What is the bond that holds the two AA together
In which direction were these added
Illustrate a bilayer in box A. in Box B indicate how you might change the components of the bilayer to im-
prove fluidity. Explain your answer in 5 words or less
A
Transcribed Image Text:Illustrate a dsDNA and indicate where you would find A. A phosphodiester bond B. Hydrogen bond C. 3* structure D. Beta sheets E. "the sugar phosphate' backbone Indicate the 5' and 3' end of each strand How does one go about splitting the two strands apart? Illustrate an ATP (energy currency). Identify the 5 carbons of the sugar and illustrate what each is bonded to What kind of a bond would be used to add this to an elongating nucleic acid Is this a rNTP or a dNTP? Circle one Illustrate a dipeptide (2 AA (amino acid) protein. Include all moieties bonded to each of the Cs. What is the bond that holds the two AA together In which direction were these added Illustrate a bilayer in box A. in Box B indicate how you might change the components of the bilayer to im- prove fluidity. Explain your answer in 5 words or less A
1. A single covalent bond is made up by a shared pair of atoms
T or F
If not, then
2. Double covalent bonds consist of 4 electron pairs that are shared
T or F
If not, then
3. Water molecules are held together by non-polar covalent bonds
T or F
If not, then
4. A water molecule is held together by polar covalent bonds
T or F
If not, then
5. Methane molecules are held together by non-polar covalent bonds
T or F
If not, then
6. A methane molecule is made up of non-polar hydrophobic interactions
T or F
If not, then
Amino acid 1
Amino acid 2
R
Identify non-polar covalent bonds below.
NH,
NH
HQ
Identify polar covalent bonds
(H
HC
Dipeptide
(H C
HQ
Dontide hand
(H
NH,
NH
Betore bonding
Cevalent bonds fermed
Oygen
stem
The above reverse reaction is a
reaction; the forward reaction is a
Hydregen
atom
Hydrogen
lem
WatermeleculeO
Transcribed Image Text:1. A single covalent bond is made up by a shared pair of atoms T or F If not, then 2. Double covalent bonds consist of 4 electron pairs that are shared T or F If not, then 3. Water molecules are held together by non-polar covalent bonds T or F If not, then 4. A water molecule is held together by polar covalent bonds T or F If not, then 5. Methane molecules are held together by non-polar covalent bonds T or F If not, then 6. A methane molecule is made up of non-polar hydrophobic interactions T or F If not, then Amino acid 1 Amino acid 2 R Identify non-polar covalent bonds below. NH, NH HQ Identify polar covalent bonds (H HC Dipeptide (H C HQ Dontide hand (H NH, NH Betore bonding Cevalent bonds fermed Oygen stem The above reverse reaction is a reaction; the forward reaction is a Hydregen atom Hydrogen lem WatermeleculeO
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