identify the chiral center and determine which 4 groups the chiral center is attached to

Identify the chiral carbon atoms in the molecule by clicking on the carbon atoms that are chiral. There are five.

Jiguall how many chiral carbon in this compound MEDIA

How many chiral centers are in the molecule shown below? three none two one

Drawing optical isomers 1. Locate the chiral centre- look for the carbon atom with four different groups attached. 2. Draw one enantiomer in a tetrahedral shape -chlo 1. Loca - put the chiral carbon atom at the centre and the four different groups in a tetrahedral shape around it. Don't try to draw the full structure of each group -it gets confusing, Just use the structural formulas. 3. Draw the mirror image of the enantiomer-put in a mirror line next to the enantiomer and then draw the mirror image of the enantiomer on the other side of it. Example Draw the two enantiomers of 2-hydroxybutanoic acid. The structure of 2-butanoic acid is shown below. 1. Locate the chiral centre 2. Draw one 3. Draw its mirror image beside it. enantiomer in a 1. La tetrahedral shape H H H C.CH,CH ICOOH C*COOH chiral centre H H. OH H;CH,C I HOOC H;CH,C ОН OH ОН

Question 32- (please explain/show all of your work so I can understand going forward, also PLEASE LOOK AT ATTACHED IMAGES TO FIND THE FIGURE TO SOLVE THIS QUESTION.) Identify each of the following structures as chiral or achiral AND circle the chiral carbon atoms in each structure that is chiral. (LOOK AT ATTACHED IMAGES FOR THE STRUCTURES IN A is the figure on the left in the image  AND B is the figure on the right in the image)

Aspartame is a popular sugar substitute. It is 150 times sweeter than sucrose so very little is needed to sweeten foods. Identify the chirality center(s), sometimes called chiral carbon atoms, in the aspartame molecule. Indicate a chirality center by adding an asterisk (*) next to the chiral atom.

Identify the configurations (R or S) of the chiral centers in the molecules below OH