28) this measures the amount of a product obtained from a reaction.\n29) which yield comes from measurements…

28) this measures the amount of a product obtained from a reaction.\n29) which yield comes from measurements obtained during a real experiment?\noa) actual yield\nob) theoretical yield\noc) percent yield\n30) percent yield basically means...\noa) how involved the reaction is\nob) how complicated the reaction is\noc) how fast the reaction occurs\nod) how efficient the reaction is\n31) when you perform a stoichiometry calculation, you are determining the...\na) actual yield\nb) theoretical yield\nc) percent yield

28) this measures the amount of a product obtained from a reaction.\n29) which yield comes from measurements obtained during a real experiment?\noa) actual yield\nob) theoretical yield\noc) percent yield\n30) percent yield basically means...\noa) how involved the reaction is\nob) how complicated the reaction is\noc) how fast the reaction occurs\nod) how efficient the reaction is\n31) when you perform a stoichiometry calculation, you are determining the...\na) actual yield\nb) theoretical yield\nc) percent yield

Answer

Brief Explanations:

  1. The term for the amount of a product from a reaction is yield.
  2. Actual yield comes from real - experiment measurements. Theoretical yield is calculated, and percent yield is a ratio of actual to theoretical.
  3. Percent yield is the ratio of actual yield to theoretical yield, indicating reaction efficiency.
  4. Stoichiometry calculations determine the theoretical yield based on reaction ratios.

Answer:

  1. Yield
  2. A. actual yield
  3. D. how efficient the reaction is
  4. B. theoretical yield