25 For the compound below, please determine which of the two protons (a) or (b) is more acidic using the ARIO rule and explain your reasoning.**Note**: To answer the question correctly, please draw both Conjugate Base 1 and Conjugate Base 2. Determine which of the two protons is more acidic using the ARIO rule and explain your reasoning. If the reason is R (number of Resonance Structures), please draw all the resonance structures. Make sure you keep track of all formal charges and lone pairs.**Structure Diagram:**- The diagram shows a molecular structure with a nitrogen atom, two protons labeled as (a) and (b), and lone electron pairs. Proton (a) is attached to a carbon explaining a bond with an adjacent nitrogen atom, which also shows lone pairs. Proton (b) is connected to a methyl group bonded to the nitrogen atom.**Options:**A: Proton (a) is more acidic because of A (atom type and/or size in ARIO)B: Proton (b) is more acidic because of A (atom type and/or size in ARIO)C: Proton (a) is more acidic because of R (number of resonance structures in ARIO)D: Proton (b) is more acidic because of R (number of resonance structures in ARIO)E: Proton (a) is more acidic because of I (induction in ARIO)F: Proton (b) is more acidic because of I (induction in ARIO)G: Proton (a) is more acidic because of O (orbital type in ARIO)H: Proton (b) is more acidic because of O (orbital type in ARIO)

In the given compound two hydrogen are labelled and it gives two resonance structures after removal…

For the compound below please determine which of the two protons (a) or (b) is more acidic using the ARIO rule and explain your reasoning. Note: To answer the question correctly, please draw both Conjugate Base 1 and Conjugate Base 2. Determine which of the two protons is more acidic using the ARIO rule and explain your reasoning - if the reason is R (number of Resonance Structures) please draw all the resonance structures. Make sure you keep track of all formal charges and lone pairs. H a b A: Proton (a) is more acidic because of A (atom type and/or size in ARIO) B: Proton (b) is more acidic because of A (atom type and/or size in ARIO) C: Proton (a) is more acidic because of R (number of resonance structures in ARIO) D: Proton (b) is more acidic because of R (number of resonance structures in ARIO) E: Proton (a) is more acidic because of I (induction in ARIO) F: Proton (b) is more acidic because of I (induction in ARIO) G: Proton (a) is more acidic because of O (orbital type in ARIO) H: Proton (b) is more acidic because of O (orbital type in ARIO)