The pK, value for HNO, is 3.35. Would a buffer prepared from HNO, and KNO, with a pH of 5.15 be considered to be an effective buffer? A buffer in which the mole ratio of KNO, to HNO, is 2.0 has a pH of 3.65. Would this buffer solution have a greater capacity for added acid (H3 O*) or added base (OH )?

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The pK, value for HNO, is 3.35. Would a buffer prepared from HNO, and KNO, with
a pH of 5.15 be considered to be an effective buffer?
A buffer in which the mole ratio of KNO, to HNO, is 2.0 has a pH of 3.65. Would this
buffer solution have a greater capacity for added acid (H3 O*) or added base (OH )?
Transcribed Image Text:The pK, value for HNO, is 3.35. Would a buffer prepared from HNO, and KNO, with a pH of 5.15 be considered to be an effective buffer? A buffer in which the mole ratio of KNO, to HNO, is 2.0 has a pH of 3.65. Would this buffer solution have a greater capacity for added acid (H3 O*) or added base (OH )?
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