PPT Chemistry, The Central Science , 11th edition Brown & LeMay
Conjugate Acid Of Hpo4. So, the correct answer is option a. After accepting two protons, it forms stable phosphoric acid (h 3 po 4).
PPT Chemistry, The Central Science , 11th edition Brown & LeMay
So, the correct answer is option a. Web h p o 4 − 2 + h + → h 2 p o 4 − hence, the conjugate acid of h p o 4 − 2 is h 2 p o 4 −. The principle is the same as. Web hpo42−+ h+ → h2po4− therefore, the conjugate acid that is formed is h2po4−, which is dihydrogen phosphate ion. Web the conjugate base of hpo 42− is a po 43− b h 2po 4− c h 3po 4 d h 3po 3 easy solution verified by toppr correct option is a) acidhpo 42−+h 2o⇌h 3o⊕+. H 2 p o 4 −. None of these this problem has been solved! This ion can lose the proton to go back to it’s conjugate base form or it can also gain a. You'll get a detailed solution from a subject matter expert. Web kb values of conjugate bases of acids.
None of these this problem has been solved! After accepting two protons, it forms stable phosphoric acid (h 3 po 4). This ion can lose the proton to go back to it’s conjugate base form or it can also gain a. H 2 p o 4 −. Web h p o 4 − 2 + h + → h 2 p o 4 − hence, the conjugate acid of h p o 4 − 2 is h 2 p o 4 −. Web to find the conjugate acid, add a h+ to get. Web kb values of conjugate bases of acids. We can also calculate the kb value of the conjugate base from the ka value of its conjugate acid. So, the correct answer is option a. Web hpo42−+ h+ → h2po4− therefore, the conjugate acid that is formed is h2po4−, which is dihydrogen phosphate ion. None of these this problem has been solved!
