For this compound:
1. Molecular weight
2. Elements present in the molecule
3. Molecular formula
4. Functional groups from IR
5. SODAR
6. Draw structure and label the protons in your spectrum with their chemical shifts.
7. Fill in the tables by labeling the carbons in the carbon spectra with letters of the alphabet from left to right. List the the chemical shifts and information from the DEPT spectra as to CH3, CH2, CH, Q including any special structural feature associated with this particular carbon i.e. carbonyl, vinyl etc.
For this compound: 1. Molecular weight 2. Elements present in the molecule 3. Molecular formula 4....
1. Use VSEPR theory to predict the molecular geometry for each of the following molecules, indicate whether each bond in it is a a or m bond, and provide the hybridization scheme for each non-hydrogen atom а. Н.С %3 снCH %3D CH, b. (носн»),С(СH,)соон с. CH,соосH(CHә)сн — снс 3D ссн, e. (CH3),СHCH,CH(NH,)C0OH d. CH,онсH(NH,)соон 2. Write the resonance structures and resonance hybrid for each of the following ions. Use curved arrows to show the shifts in electrons. ь. CH3 d....
can you help me solve these 5 questions please? thank you :) 1.) 2.) 3.) 4.) 5.) Give the major substitution product of the following reaction. Br CH3CO2H ? heat OH SCH O NH2 O o There is no reaction under these conditions or the correct product is not listed here. Give the major substitution product of the following reaction. Br CH3OH ? heat There is no reaction under these conditions or the correct product is not listed here. OH...
COLUMNA 0 NO2 19 COLUMN B O + OH OH A) HAN AICI: 1) ch 2 BHA 3) H,09 B) YN B 1) My C) ОН 2) 2)CO2 3) H30 4) CH3OH D) 3) E) 0 OH H 1)DBAL-H 2)Ph PCH2 3) mCPBA 1) SOCI2 2CH.NH. pyridine 3) excess LAHA 4)H,0* F) 0 O 4) OH o G) excess HB H) 5) 1) 6) H30* Δ. Mglk J) 7) OH 0 2 1,0 hp question completion Status: Н. 6) Н...
Please help with solving Question 1 (A-C) Thank you! Unless otherwise specified in the problem, you may assume that all solutions are at 25°C. 1. 50.0 mL of a pH 6.00 carbonic acid buffer is titrated with 0.2857 M NaOH, requiring 17.47 mL to reach the second equivalence point. a. Calculate the molarity of carbonic acid and bicarbonate in the original buffer. Carbonic acid: Bicarbonate: b. Calculate the pH of the solution after a total of 100.0 mL of 0.2857...