draw the starting monomers used to obtain the polymer drawn for organistanange - orto the
draw the monomer or monomers needed to produce the polymer shown. draw the repeating monomer unit for the polymer formed from the following reaction. 1. For each of the following reactions, draw the monomer or monomers needed to produce the polymer shown. 2. Draw the repeating monomer unit for the polymer formed from the following reaction
Draw a mechanism showing the linkage of three styrene monomers to make the polymer. What is the expected regiochemistry and why?
For this polymer structure: T OR ROX X X X The polymer contain (Select ] monomers. lymer's formation, the alkyl radical site is In the propagation st [Select] DOWN For this polymer structure: The polymer contains (Select] * monomers. In the propagation stage of the mechanism for the polymer's formation, the alkyl radical site is ✓ [Select ] allylic vinylic primary secondary tertiary
Draw the structure of the two monomers in the polyester below. (10 pts) Draw the structure of the two monomers in the nylon below. (10 pts) The polymer below shows more than one segment of the repeating unit. Draw the monomer of this polymer.(5 pts) For bonus points, name the polymer. (5 bonus pts). CH3 Circle the isoprene units in stemodene, the terpene below. You may want to do this on scratch paper before writing your final answer on the...
Page 3 > of 12_ 0 - ZOOM + 3. Draw the structure of the polymer obtained from the following monomers (must have at least five units) a. Methyl-2-methyl-2-propenoate (its polymer is a clear plastic used for molding) b. (2R)-hydroxypropanoic acid C. The co-polymer between 1,4-butanedioyl chloride and 1,3-diaminopropane d. 1, 2, 3-propanetriol and succinic acid (1,4-butanedioic acid)
MAKE-UP Question 2 PETE is the shorthand name for a polymer that is commonly used to create plastic bottles for soda beverages. Examples of these bottles and the recycling symbol for PETE are shown in the photograph The two monomer units that are used to make PETE are given below (a) Draw a diagram to illustrate how these two monomers are joined by a condensation reaction (include the molecular structures of all the reactants and the products) type of chemical...
Retrosynthesis. For the following polymer, provide the monomers necessary to synthesize it. Cognty) —
Shown below is the synthesis of two NLO-phore containing monomers which can be polymerized to obtain a second-order NLO-active polymer. Identify the structures of the monomers and the resulting polymer. 2 eq NO2 PtS2 1 C (CF3CO20 NO2 CsF I DMSO H2 DMIF NEt3 / THF NEt DMF K2CO3 / MeOH Monomer-1 CH2CO2H HN(CH2CH2OH)2 CH3SO2CI K2CO3 / DMF ?? NEt3 CH2Cl2 CHO CO2Me K2CO3 / DMF CO2Me Ac2O / AcOH 1. NaOH Monomer-2 125°C 2. HCI
4. Draw segment (can use (-----). type structure of the polymer obtained from each type of the following monomers. In each case, is it the result of a chain growth or a step growth type of polymerization? no answert a. CH=CH2 b. cech ice + IND with to c. ch=H-4H = CH2 CH3 Caneider the nalmer from nropene. In this context, what is meant by the terms a) atactic b)
Click the "draw structure" button to launch the drawing utility Draw the structure of the polymer formed by step-growth polymerization of the pair of monomers below. Draw the polymer as one complete repeating unit, with each end terminating in an R group to represent the rest of the polymer chain. O C=N-( N=C= 0 and HO OH Report, Hina edit structure... Solution Guided Solutic