For each of the molecules shown below, draw the acid dissociation reaction. If a conjugate base has resonance structures, draw all valid resonance structures. A H* + В H* + CF3 H. C H* + Identify the stronger acid in each of the pairs below; provide an explanation for each pair. A & B B & C A & C

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For each of the molecules shown below, draw the acid dissociation reaction. If a conjugate base has resonance structures, draw all valid resonance structures. AH B C ہو A & B H B & C CF3 A & C H+ + Identify the stronger acid in each of the pairs below; provide an explanation for each pair. H+ + H+ +

Answer each of the following for the following reaction H2SO3 + H20 + HSO31 + H30*1 For polyprotic acids only one acidic hydrogen is removed by a very weak base such as water is the acid is the base is the conjugate acid is the conjugate base H2SO3 is not on the list of seven strong acid so is treated like a acid and we use a double-sided arrow a. H2SO3 b. H* c. H30+1 d. HSO31 e. So32 f. H20 g. strong h. weak

14. Consider the Bronsted-Lowry acid/base reaction below. Ⓒ acide O-H Br a. b. C. + X Br Con acide Base Con Baçe Draw the products and label the acid, base, conjugate acid, conjugate base Use curved arrows to show the movement of electrons to form the products. (Draw in missing lone pair electrons, or hydrogens if they are involved) Does equilibrium favor the starting material or products? Why? Explain your answer with structures and words. it would farver the starting as it's more stable X Why

How do you know how to find the most acidic hydrogens in these problems?

Which is the stronger acid, I or II (see below)? ** H₂N-CH₂ VS. H₂N-CH=CH₂ 11 Note: H₂N- protons are the most acidic H's in each molecule Select one: OA. II OB. Both are equally strong. O C. I

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help please answer in text form with proper working and explanation for each and every part and steps with concept and introduction no ai no copy paste remember answer must be in proper format with all working

In each row, H. select the molecule with the highlighted H atom that is more acidic. Or N H H by by + H H H H by love H N H S-H N H H H X Ś ? ol 18 Ar