The following acids in order of increasing acid strength are HClO₂> HClO>HBrO>HIO.
Acid strength, which is indicated by the chemical formula, is the propensity of acid to split into a proton and an anion. Strong acids effectively dissociate completely in solution, with the exception of their most concentrated solutions.
The strength of the H-A bond in acid is often influenced by the size of the "A" atom; the smaller the "A" atom, the stronger the H-A bond. As you descend the Periodic Table, the atoms get bigger and their bonds get weaker, strengthening the acids. An acid's strength is determined by the strength of the H and A connection. A weaker relationship will require less energy to break than a stronger one. Thus, the acid is powerful. The polarity of the H and A bond affects how strong it is.
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Answer:
Highest pH(most basic)
Sr(OH)2(aq)
KOH (aq)
NH3(aq)
HF (aq)
HClO4(aq)
Lowest pH(most acidic)
Explanation:
The concentration of H+ ion will determine the pH of a solution. The pH actually reflects the ratio of H+ ion and OH- since both of them can combine into water. Solution with more H+ ion will have a lower pH and called acidic, while more OH- will have high pH and be called basic. Strong acid/base will be ionized more than weak acid/base.
Sr(OH)2(aq) = strong base, release 2 OH- ion per mole
KOH (aq) = Strong base, release 1 OH- per mole
NH3(aq) = weak base, release less than 1 OH- per mole
HF (aq) =strong acid, release 1 H+ per mole
HClO4(aq) = stronger acid, release 1 H+ per mole
Answer:
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Explanation:
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Answer:
affected by the concentration of the The exponents in a rate-law expression define the reactant. O concentration o instantaneous rate O specific rate constant
Explanation: