Tag all the carbons that are bonded to 3 H's in the molecule
Sol :-
The given formula is the bond line notation for this molecule in which all atoms are hide.
Carbon is teravalent that is have 4 valency. Therefore, there are total of two carbons in which carbon bonded to 3 hydrogens.
In each box, write the number of H's that each labeled carbon has. For example, if the carbon next to the letter a has 3 H's write 3 in the box marked a
Tag all the carbons that are bonded to 0 H's in the molecule below. If there are none, please check the box below.
Tag all the carbons that are bonded to 2 H's in the molecule below. If there are none, please check the box below.
Tag all the carbons that are bonded to 1 H in the molecule below. If there are none, please check the box below. Examine the molecule below. Highlight all bonds that cannot rotate freely with respect to the rest of the molecule. There are none. + H
1. Show how to transform the compound on the left into the compound on the right. Several steps will be involved. You may use any additional organic or inorganic compounds you wish.2. Draw all resonance contributors to this radical. If there are no others, write 'None". 3. Write in all the products of this reaction: 4. Label all carbons in this molecule as to whether they are 1°, 2° or 3° 5. Draw in all vinyl H's (if any) with the subscript 'v" this way: HyDraw...
Draw the ringed (Haworth) structure of a-D-glucose below with proper numbering of carbons and all hydrogen group shown: Question 1 (6 pts): Draw the ringed (Haworth) structure of a-D-glucose below with proper numbering of carbons and all hydrogen groups shown: aV Question 2 (3 pts): Fill in the blanks: In your above molecule, the B form of D-glucose would have the group at carbon position pointing in the direction. Question 3 (3 pts): Explain why we can easily digest potato...
Sketch the following molecule: CH3NH2 (skeletal structure H3CNH2). Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all hydrogen atoms and nonbonding electrons.
Draw the skeletal structure that fits the following descriptions. a. an amine with the molecular formula C4H8N b. a molecule with the formula C5H6 that has both alkene and alkyne functional groups. c. an ester with 2 sp2 carbons d. a molecule with molecular formula C6H11Br that has an electrophilic carbon. Label that carbon e. a molecule with the same carbon backbone but that will have slightly higher boiling point than CH3CH2CH(OH)CH2CH3 f. Acid halide functional group with C3H5OCl molecular...
23) Convert the molecule below into a a) condensed structure and b) skeletal structure. (6 points total) Skeletal Condegsedi (CH3 CH(CH3) CH₂CH(CH3) CH₂CH3 H-C-H HHHHH H-C-C-c-c-c-c-H ннннн H-C-H H-C-(-(-H 1 H 24) Draw all three isomers of C5H12 and identify all tertiary and quaternary carbons if present. (10 points) pentane : 2 .2-methylbutane 3 . 1,3-dimethy propane H H H H Ht I TI H H-C-ċ-ċ-ċ-ċ-H C . CH HHHHH H/ CH₃ tertiary Carbon 25) Dray the net dipole moment...
identifying and designating chirality Clearly assign priorities (1-4) for the substituents attached to the marked chirality center in each of the following molecules. (You do NOT need to determine R or S. Just assign priorities.) 1. Он Circle (or highlight) all chirality centers in progesterone, an estrogen like molecule (shown) 2. Make sure locate all the H's on the molecule first. Page 1 of 2 пн