Tollen's test distinguishes between aldehydes and ketones because... O ... aldehydes, but not ketones, can be reduced O . Tollen's reagent will oxidize a carbonyl C-H bond, but not a carbonyl C-C bo Tollen's reagent is a reducing agent aldobvdos aro morodifficult to oxidizo than aro kotonos

Organic chem questions. Need help.

need help chem questions

When a disaccharide forms, a / an Select one: O a. alkyl: to any carbon in either of the monosaccharides O b. amide: between an ammonium cation and both anomeric carbons O C. ester: to a straight-chain aldose d. ether: to an anomeric carbon O e. ketone: to both anomeric carbons Clear my choice linkage is created Previous page

During an experiment in your chemistry lab, your instructor assigned your group to make a refill of Fehling’s A and Fehling’s B solution and Benedicts solution. Both Fehling’s and Benedict’s solutions are a reagent used to differentiate aldehydes from ketones and used for detecting reducing sugars. Your group was asked to make 120 ml of each solution. Show your complete solution. Preparation of Fehling's solution A:Dissolve 35g of Cu2SO4.7H2O in water and make up to 500mlPreparation of Fehling's solution B:Dissolve 120 g of KOH and 173 g of Sodium Potassium Tartrate (Rochelle salt) in water and make up to 500 ml

Question 2: Draw the organic products formed in each hydrogenation. 1

question 9

atoms. Please give 1UPAC name of the Molecele. Molecule 1. Draw an acyl halide that conttains at least three carbon S houldn-t be overly Complicated.

Locate the isoprene units in each compound.

Draw the organic products formed when each compound is treated with H2, Pd-C. Indicate the three-dimensional structure of all stereoisomers formed.