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Represent hydrogen bonding between two m...

Represent hydrogen bonding between two molecular of (i) acetic acid `(CH_(3) COOH) ` (ii) acetamide
`(CH_(3) CONH_(2))`.

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To represent hydrogen bonding between two molecules of (i) acetic acid `(CH₃COOH)` and (ii) acetamide `(CH₃CONH₂)`, we can follow these steps: ### Step 1: Understand the Structure of Acetic Acid Acetic acid has the molecular formula `CH₃COOH`. The structure can be represented as follows: - The carbon atom is bonded to three hydrogen atoms (from the `CH₃` group). - The carbon atom is also bonded to a hydroxyl group (`-OH`). ### Step 2: Identify the Hydrogen Bonding in Acetic Acid ...
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Why is CH_(2)=CH-COOH a stronger acid than CH_(3)CH_(2)COOH ?

Differentiate between the following : (a) (I) Propanoic acid (C_2 H_5 COOH) and (II) acrylic acid (CH_2 = CH - COOH) . (b) (I) 2- Bromo propanoic acid (CH_3 CH Be COOH) and (II) pyruvic acid (MeCOCOOH) ( c) (I) 2- Chloro-propanoic acid and (II) propanoic acid (d) (I) Formic acid (HCOOH) and (II) acetic acid (MeCOOH) . (e) (I) Malonic acid and (II) oxalic acid ((COOH)_2) . (f) (I) Malonic acid and (II) succinic acid (g) (I) n -Butanolm (II) butanal, (III) dimethyl ether, (IV) butanoic acid, (V) butane.

Find the type of hybridization of each carbon in the following molecules. (i) CH_(3)F , (ii) CH_(3)CHO (iii) CH_(3)CH_(2)CN , (iv) CH_(3)CONH_(2) (v) CH_(3)C-=C CH_(3) , (vi) CH_(3)CH-=CH_(2) Strategy: Carbon atom forming four sigma bonds but no pi bond is always sp^(3) htbridized, carbon atom forming three sigma bonds and one pi bond is always sp^(2) hybridized, and carbon atom forming two sigma bonds and two pi bonds is always sp hybridized.

The correct order of decreasing boiling points of CH_(3)CONH_(2) (A), CH_(3) COCl (B), CH_(3) COOH (C ) and (CH_(3)CO)_(2) O (D ) is

The correct order of acidic strength of the following is (I) Oxalic acid HOOC-COOH (II) Malonic acid HOOC-CH_(2)-COOH (III) Succinic acid HOOC-(CH_(2))_(2)-COOH (IV) Glutaric acid HOOC-(CH_(2))_(3)-COOH

PRADEEP-CHEMICAL BONDING AND MOLECULAR STRUCTURE-ADDITIONAL QUESTIONS (VERY SHORT ANSWER QUESTIONS )
  1. Use molecular orbital theory to explain why the Be(2) molecules do not...

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  2. Why N(2) is more stable than O(2) ? Explain on the basis of molecular ...

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  3. The bond order in He2^(+) ions is :

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  4. Write which one out of O(2)^(+) and O(2)^(2-) is more stable on the ...

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  5. Indicate which one from O(2)^(+) and O(2)^(2-) may exhibit paramagne...

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  6. Write the molecular orbital configuration of a molecule having bond or...

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  7. Arrange the following molecular species in increasing order of stabili...

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  8. How is bonding molecular orbital of hydrogen different from the antibo...

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  9. Define bonding molecular orbital.

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  10. Define antibonding molecular orbitals .

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  11. How will bond order in N(2) and O(2) be influenced in the following io...

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  12. What is magnetic character of anion of KO(2)?

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  13. How many nodal planes are present in pi (2p(x)) and pi^(**) (2p(x)) mo...

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  14. What are the conditions which must be satisfied for H-bonding to take ...

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  15. Arrange the following as stated. "Increasing strength of hydrogen bo...

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  16. Represent hydrogen bonding between two molecular of (i) acetic acid (C...

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  17. Why is H(2)O a liquid and H(2)S a gas ?

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  18. Why HF has higher boiling point than HCl ?

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  19. Why ethyl alcohol is competely miscible with water ?

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  20. You are given the electronic configuration of five neutral atoms - AB,...

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