Questiоn 7. Pаrt A) Mаtch eаch spectrum tо оne of the structures below. (2 pts per spectra) Part B) Identify the bonds and corresponding functional groups that are associated with labeled wavenumbers on each spectrum. You need to recreate the table listed below each spectrum and fill in the blanks for the bonds and functional groups. (Note. Focus on the labeled wavenumbers and not add more to the table. Different wavenumbers can attribute to the same bond type.) (10 pts each table). If image does not load click here Spectra 1 matches molecule __. (This statement must be on your paper) If image does not load click here Spectrum 1 table (copy this table on your paper) Wavenumber (cm-1) Corresponding Bond Functional Group (may repeat) Remember that some functional groups have more than 1 bond. 3210 - 2552 3102 - 3059 2232 1703 1601 Spectra 2 matches molecule __. (This statement must be on your paper) If image does not load click here Spectrum 2 table (copy this table on your paper) Wavenumber (cm-1) Corresponding Bond Functional Group (may repeat) Remember that some functional groups have more than 1 bond. 3321 - 3102 3019 2963 & 2816 1645 1600
Thrоughоut this questiоn, аssume coupons аre pаid and interest compounds annually. Today, an arbitrage trader is investigating a potential reconstitution arbitrage with the following Treasury security: [T]-year [CR10].[CR20][CR30]% U.S. Treasury Note The notional of the arbitrage is $[FV]. The spot yield curve is: Spot Yield Curve Maturity Spot Yields one-year spot rate [z10]% two-year spot rate [z20]% three-year spot rate [z30]% four-year spot rate [z40]% five-year spot rate [z50]% The current market price of a $[FV] face value T-Note is $[B0]. Ignoring the time value of money, what arbitrage profits will this trader realize? Enter your answer as a number of dollars, rounded to the nearest $1.