D Question 1 Which of these (could be more than 1) are a weak acid: HCI, HCN, HF, HBr, HCIO HCI, HCIO HCN, HF, HCIO HCN,

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D Question 1 Which of these (could be more than 1) are a weak acid: HCI, HCN, HF, HBr, HCIO HCI, HCIO HCN, HF, HCIO HCN,

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D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 1
D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 1 (32.43 KiB) Viewed 37 times
D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 2
D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 2 (32.9 KiB) Viewed 37 times
D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 3
D Question 1 Which Of These Could Be More Than 1 Are A Weak Acid Hci Hcn Hf Hbr Hcio Hci Hcio Hcn Hf Hcio Hcn 3 (19.95 KiB) Viewed 37 times
D Question 1 Which of these (could be more than 1) are a weak acid: HCI, HCN, HF, HBr, HCIO HCI, HCIO HCN, HF, HCIO HCN, HBr, HF HCI, HF, HBr Question 2 Considering the trend associated with pka's, which value would be associated with the weakest acid? -1.0 8.2 2.8 7.2 T 2 pts 2 pts
D Question 3 Which base would produce the strongest conjugate acid? HF O NH3 HCN NaOH Question 4 O Let's say I have a 1.0 M generic weak acid (HA) that dissociates as follows: HA(aq) <--> H*(aq) + Cl (aq) with a Ka = 1 x 108, calculate the pH of the solution. O 6 2 8 2 pts 4 2 pts
Question 5 Let's say I have a 1.0 M generic weak Base(B) that dissociates as follows: B(aq) + H₂O (1) <--> BH* (aq) + OH(aq) with a Kb = 1 x 108, calculate the pH of the solution. 02 8 4 2 pts 10
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