2.NCERT Solutions - Aldehyde Ketone and Carboxylic Acids | Part 2

Apni Kaksha Official・2 minutes read

Participants attended an event, with children likely present, discussing a collection and completing exercises. Various chemical reactions and compounds were presented and analyzed, confirming the presence of specific organic compounds based on tests and reactions conducted.

Insights

  • Participants, likely children, attended Hanuman Katha for hours, indicating a cultural or religious event geared towards engaging a younger audience.
  • The compound discussed in the text does not reduce to an aldehyde or ketone, forming an addition compound with sodium hydrogen sulphide, suggesting it is an organic compound with a fixed molecular formula and additional functional groups attached to its structure.

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Recent questions

  • What is the process of obtaining carboxylic acid and alcohol?

    By treating a compound with downdraft tow support.

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Summary

00:00

Hanuman Katha and Chemical Reactions discussed

  • Participants attended Hanuman Katha, likely children, for hours.
  • The And Decided To Run Question 2017 collection was discussed.
  • Part one of the exercise was completed, covering questions five to ten.
  • Part two of the exercise began, focusing on questions ten to one.
  • A compound with the molecular formula 8085 1202 was presented.
  • Upon treatment with downdraft tow support, carboxylic acid and alcohol were obtained.
  • The reversible reaction involved carboxylic acid (B) and alcohol (C).
  • Dehydration of the cereal yielded April, a boot worn in.
  • Oxidizing alcohol C with micromax acid converted it into B.
  • The process involved hydrolysis to obtain an acid and an alcohol.

16:39

Chemical Reactions Involving Benzoic Acid

  • Benzoic acid is a crucial component in a chemical process.
  • Neutral FeCl3 test is essential for detecting benzoic acid.
  • The reaction of benzoic acid with neutral FeCl3 forms a complex.
  • A violet-colored product is obtained when benzoic acid reacts with 10 Agri.
  • Sodium Bicarbonate is used to separate normal and benzoic acid.
  • Benzoate reacts with Sodium Bicarbonate to produce C2H5.
  • Tolerance test is applicable to benzaldehyde but not to benzoic acid.
  • Nitrobenzene can be synthesized from benzene through specific reactions.
  • Benzyl Cyanide is formed by reacting benzene with alcoholic Asian.
  • Para nitrobenzaldehyde is created by reacting benzene with SCSP.

30:47

Chemical reactions yield various products and compounds.

  • Dainik Jagran option provided along with five two PDs with BSF and benzaldehyde.
  • Reagent correction acid chloride used to convert into CHC.
  • LED light obtained in the process.
  • Conversion into a channel with Radhe-Radhe.
  • Removal of side weight of benzene cloth and addition of css3 sure group.
  • Product obtained by reacting in the presence of A specified.
  • Formation of PHC 112 positive by expressing hydrogen.
  • Process of doll condensation with removal of two hydrogens and connection of ribbon.
  • Hydrogenation using H2 Twinkle or test tube baby palladium/platinum.
  • Formation of acetic acid from benzoic acid using concentrated Astro Turf.

45:16

"Chemical Reactions: Creating Specific Compounds"

  • There are 20 presidents involved in the process described.
  • Potassium benzoate is used as an acid in the reaction.
  • Chlorine is introduced to replace a substance, resulting in a semi-active compound.
  • Brinjal is reacted with semi-carbide and big aldehyde to form a semi-active compound.
  • Nitrogen is manipulated by removing hydrogen and oxygen to create a semi-functional group.
  • A banjo tune is created by reacting Lori Nagar with a half Russian traveler.
  • Chlorine is used to remove impurities, leaving behind a benzene skull.
  • The process involves removing specific elements to create a desired product.
  • The reaction involves hydrogen and oxygen removal to form a specific compound.
  • The empirical formula of an organic compound is calculated based on carbon, hydrogen, and oxygen content.

01:00:53

Organic compound C50 with unique structure

  • Tomic meat and Imperial meat share the same molecular formula, indicating they are organic compounds with a fixed formula of C50.
  • The compound does not reduce to an aldehyde or ketone, suggesting it is not an organic compound that decomposes to release water.
  • The compound forms an addition compound with sodium hydrogen sulphide, indicating it is not an aldehyde but a ketone.
  • Positive tests for the compound suggest the presence of a third group attached to its structure, confirming it as an organic compound with a specific molecular formula.
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