2. First, lead (II) nitrate (aq) reacts with sodium hydroxide (aq) to form an insoluble precipitate, lead (II) hydroxide and an aqueous solution of sodium nitrate. a. Write a balanced chemical equation for this scenario with all physical states included.

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Please help with question 2 parts a & b
The image contains a chemistry problem set focused on chemical reactions and stoichiometry. Below is the transcription:

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2. First, lead (II) nitrate (aq) reacts with sodium hydroxide (aq) to form an insoluble precipitate, lead (II) hydroxide and an aqueous solution of sodium nitrate.

   a. Write a balanced chemical equation for this scenario with all physical states included.

   b. How many grams of sodium hydroxide are required to form 51.63 g of lead hydroxide?

3. A reaction combines 42.5 grams of silver nitrate with 31.0 grams of potassium bromide in the unbalanced equation:

   \[\_\_\_ \text{AgNO}_3(aq) + \_\_\_ \text{KBr}(aq) \rightarrow \_\_\_ \text{AgBr}(s) + \_\_\_ \text{KNO}_3(aq)\]

   a. How many grams of Silver Bromide can be produced from just the Silver Nitrate assuming that the Potassium Bromide is in excess?

   b. How many grams of Silver Bromide can be produced from just the Potassium Bromide assuming that the Silver Nitrate is in excess?

   c. From the results in both a and b, what is the theoretical yield of Silver Bromide?

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This transcription is suitable for presentation on an educational website, highlighting key aspects of balancing chemical equations and calculating theoretical yields in chemical reactions.
Transcribed Image Text:The image contains a chemistry problem set focused on chemical reactions and stoichiometry. Below is the transcription: --- 2. First, lead (II) nitrate (aq) reacts with sodium hydroxide (aq) to form an insoluble precipitate, lead (II) hydroxide and an aqueous solution of sodium nitrate. a. Write a balanced chemical equation for this scenario with all physical states included. b. How many grams of sodium hydroxide are required to form 51.63 g of lead hydroxide? 3. A reaction combines 42.5 grams of silver nitrate with 31.0 grams of potassium bromide in the unbalanced equation: \[\_\_\_ \text{AgNO}_3(aq) + \_\_\_ \text{KBr}(aq) \rightarrow \_\_\_ \text{AgBr}(s) + \_\_\_ \text{KNO}_3(aq)\] a. How many grams of Silver Bromide can be produced from just the Silver Nitrate assuming that the Potassium Bromide is in excess? b. How many grams of Silver Bromide can be produced from just the Potassium Bromide assuming that the Silver Nitrate is in excess? c. From the results in both a and b, what is the theoretical yield of Silver Bromide? --- This transcription is suitable for presentation on an educational website, highlighting key aspects of balancing chemical equations and calculating theoretical yields in chemical reactions.
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