The oxyacids containing oxygen (O) and phosphorous (P) are named differently than the oxyanions on which they are based. You have just learned that in general -ite endings are changed to -ous while -ate endings are changed to -ic when naming the acid. However, for the acids of oxyanions based on phosphorus, the root also changes. The roots for the oxyanions and oxyacids of phosphorus are shown below. • oxyanion root: phosph oxyacid root: phosphor Although the exception exists for the root, the prefixes and suffixes of these oxyacids still follow the conventions for naming oxyacids. Using the table of oxyanions given in the transition before Part B and the roots shown above, give the name of the oxyacid H3PO4 below. Spell out the full name of the acid.

The oxyacids containing oxygen (O) and phosphorous (P) are named differently than the oxyanions on which they are based. You have just learned that in general -ite endings are changed to -ous while -ate endings are changed to -ic when naming the acid. However, for the acids of oxyanions based on phosphorus, the root also changes. The roots for the oxyanions and oxyacids of phosphorus are shown below. • oxyanion root: phosph oxyacid root: phosphor Although the exception exists for the root, the prefixes and suffixes of these oxyacids still follow the conventions for naming oxyacids. Using the table of oxyanions given in the transition before Part B and the roots shown above, give the name of the oxyacid H3PO4 below. Spell out the full name of the acid.

Living by Chemistry

2nd Edition

ISBN:9781464142314

Author:Angelica M. Stacy

Publisher:Angelica M. Stacy

ChapterU1: Alchemy: Matter, Atomic Structure, And Bonding

Section: Chapter Questions

Problem 8STP

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The oxyacids containing oxygen (OO) and phosphorous (PP) are named differently than the oxyanions on which they are based. You have just learned that in general -ite endings are changed to -ous while -ate endings are changed to -ic when naming the acid. However, for the acids of oxyanions based on phosphorus, the root also changes. The roots for the oxyanions and oxyacids of phosphorus are shown below. oxyanion root: phosph oxyacid root: phosphor Although the exception exists for the root, the prefixes and suffixes of these oxyacids still follow the conventions for naming oxyacids. Using the table of oxyanions given in the transition before Part B and the roots shown above, give the name of the oxyacid H3PO3H3PO3 below. Spell out the full name of the acid.
Complete the following table. Name of the SALT Formula of the SALT Formula of the aqueous ACID from which the salt is derived Name of the ACID Formula of the BASE from which the salt is derived Name of the BASE MgS H2S magnesium hydroxide NH4IO3 iodic acid barium nitrite HNO2 barium hydroxide Sn(BrO)4 hypobromous acid stannic hydroxide Li3PO4 H3PO4 LiOH
Complete the balanced chemical reaction for the following weak base with a strong acid. In this case, write the resulting acid and base as its own species in the reaction. CH3NH2(aq)+HClO3(aq) ->
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Which of the following chemical formulas corresponds to an acid? CH3OH, NH3, NHO3, Mg(OH)2
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What is the name of the ion with the formula CN-? Do not put the word ""ion"" in your answer. OH- would be entered as hydroxide." "What is the name of the ion with the formula O2-? Do not put the word ""ion"" in your answer. OH- would be entered as hydroxide." "What is the name of the ion with the formula K+? Do not put the word ""ion"" in your answer. OH- would be entered as hydroxide." "What is the name of the ion with the formula OH-? Do not put the word ""ion"" in your answer. OH- would be entered as hydroxide."
Group A: solution conductivity (MS) NaCl 6594 CaCl2 13188 AlCl3 16311 Group B: solution conductivity (MS) HCl 21809 Hc2H3O2 639 H3PO4 8805 For H3PO4, does the subscript "3" of hydrogen in this formula seem to result in additional ions insolution as it did for AlCl3in Group A? Explain.