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17 Nov 2019
Answer questions 1-4 please Balance the following combustion reaction of solid acetamisophan (C_g H_g NO_2) the main ingredient in Tylenol? C_8 H_9 NO_2 (s) + O_2(g) rightarrow CO_2(g) + H_2 O_(g) + NO_2 (g) Fill in the coefficients for the reactions and products below. Using the balanced equation in problem #1, if 0.0385 moles of acetaminophen are burned in the presence of excess oxygen, determine the moles of water formed. 0.00770 mol H_2 O 0.173 mol H_2 O 0.256 mol H_2 O 0.374 mol H_2 O Using the balanced reaction in problem #1, #2 48 grams of acetaminophen are burned in the presence of excess oxygen, how many grams of carbon dioxide will be formed? 0, 139 g CO_2 3.47 g CO_2 5.55 g CO_2 17.4 g CO_2
Answer questions 1-4 please
Balance the following combustion reaction of solid acetamisophan (C_g H_g NO_2) the main ingredient in Tylenol? C_8 H_9 NO_2 (s) + O_2(g) rightarrow CO_2(g) + H_2 O_(g) + NO_2 (g) Fill in the coefficients for the reactions and products below. Using the balanced equation in problem #1, if 0.0385 moles of acetaminophen are burned in the presence of excess oxygen, determine the moles of water formed. 0.00770 mol H_2 O 0.173 mol H_2 O 0.256 mol H_2 O 0.374 mol H_2 O Using the balanced reaction in problem #1, #2 48 grams of acetaminophen are burned in the presence of excess oxygen, how many grams of carbon dioxide will be formed? 0, 139 g CO_2 3.47 g CO_2 5.55 g CO_2 17.4 g CO_2
Jean KeelingLv2
16 Jul 2019