Question

Gen Chem 11 H, Tyra me Lecture Homework Chapter 16 ractice 16.1 - Enhanced - with Feedback Part A Identify the Bronsted Lowry acid, the Bronsted-Lowry base, the conjugate acid, and the conjugate base in each reaction (a) HN(MG) + HgO3) = CHÚNH (aq) + OH (g) (b) HNO3(aq) + H,O(1) H,O' () + NO, (ma) Drag the appropriate items to their respective bins. (CHN] Hoa CHANH ] [ ] [uso Hom] [10] so, Brunsted - Lowry base Brunsted-Lowry and

Answer 1

According to Bronsted-Lowry concept a species that release proton are known as an acid and a species that can accept a proton is regarded as base.

Answer According to Bronsted Lowry concept an acid is defined as any hydrogen containing species (molecule, entaion or anion) that can release proton to any other substance and similarly a base is any substance that can accept a proton . CGHE NH(aq) + oH (aq) a) C5HEN(aq) + t20 (1) b) HNO3(aq) + H₂O) H3Otlaq) + Noz (aq) In (a) CGHSN (aq) accept proton from H2ou and regarded as Bronsted - Lowry base and H₂0 (1) release a proton so it is regarded as Bronsted - Lowry to acid. After reial releasing proton the Conjugare base de form from acid H₂o and after accepting proton the base eshs N agy forms its Conjugate acid cfts NHt lag) Similarly Pr (6) HNO im donate proton and regarded as bronsted-Lowry acid and form its consugete base Nož And H2O a accept proton and regarded as Bronste da Loury base and forms it congugate acid Hoot So, Proton accepton proton donar = Base Acid Bronsted-Lowry acid Baon Sted-lowry base Conjugate acid conjugate base H2o (a) CG HEN (gts NHt IOH- HNOB H2O (6) Нs of Noz