Goa PSC Associate Professor Question Paper 2022 Download Free PDF
Goa Public Service Commission (Goa PSC) 2022 Associate Professor Question paper with answers Goa PSC Associate Professor 2022 Question with solution you can download it in FREE, if Goa PSC Associate Professor (MCQ) 2022 paper in text or pdf for Goa PSC Associate Professor 2022 Answer Keys you can download Goa PSC 2022 page also just Go to menu bar, Click on File->then Save.
Goa PSC Associate Professor Question Paper 2022 Download PDF
Goa Public Service Commission (Goa PSC) 2022 Associate Professor Question paper Free Download PDF is available in www.oldquestionpapers.net which has been provided by many students this Goa PSC 2022 paper is available for all the students in FREE and also Goa PSC Associate Professor (MCQ) Question paper 2022 fully solved Goa PSC with answer keys and solution.
You can get daily updates on Goa PSC 2022 from www.oldquestionpapers.net here you can also check similar links for other related study materials on Goa PSC Associate Professor (MCQ) Here Goa Public Service Commission (Goa PSC) Associate Professor (MCQ) question bank 2022 is also available in Associate Professor (MCQ) English Language.
Q1 : In the conversion of Pyrrole to 3-chloropyridine, the reactive intermediate involved is a
Q2 : ‘An organic reaction that is used to convert an electron rich aromatic ring to an aryl aldehyde using DMF, an acid chloride, and aqueous work-up’ is known by which of the following named reaction?
(a) Shapiro reaction
(b) Doebner Miller reaction
(c) Beckmann rearrangement
(d) Vilsmeyer – Haack reaction
Q3 : In this named reaction, phenol is converted to 2-hydroxy benzaldehyde and the reactive intermediate is dichlorocarbene,
(a) Riemer Tiemann reaction
(b) Perkin reaction
(c) Mannich reaction,
(d) Shapiro reaction
Q4 : Which of the following reaction is an enantioselective chemical reaction to prepare 2,3-epoxyalcohols from primary and secondary allylic alcohols?
(a) Perkin reaction
(b) Sharpless epoxidation
(c) Mitsunobu reaction
(d) Smiles rearrangement
Q5 : In this named reaction involving a dicarbonyl, an aldehyde, and ammonia, viewed as occurring in two stages, in the first stage, the dicarbonyl and ammonia condense to give a diimine with unusual orientation of N-H groups:
(a) Knorr’s pyrazole synthesis
(b) Debus-Radziszewski imidazole synthesis
(c) Pinner pyrimidine synthesis
(d) Combe’s quinoline synthesis