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1. Potassium nitrate when exposed to heat decomposes to potassium oxide and gaseous nitrogen and oxygen: 4KNO,(s) → 2K,0(s) + 2N,(g) + 50,(g) To produce 28.3 g of oxygen, how many (a) moles of KNO, and (b) grams of KNO, must be heated? 3.

1. Potassium nitrate when exposed to heat decomposes to potassium oxide and gaseous nitrogen and oxygen: 4KNO,(s) → 2K,0(s) + 2N,(g) + 50,(g) To produce 28.3 g of oxygen, how many (a) moles of KNO, and (b) grams of KNO, must be heated? 3.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Hi tutors, can I have a request to answer this all without me separating those questions, coz I'm saving my post question/ask an expert for my other questions. hope u understand thank you.

Show your solution to the correct number of significant figures. Use your own periodic table to solve for molar mass. 1. Potassium nitrate when exposed to heat decomposes to potassium oxide and gaseous nitrogen and oxygen: 4KNO,(s) → 2K,0(s) + 2N,(g) + 50,(g) To produce 28.3 g of oxygen, how many (a) moles of KNO, and (b) grams of KNO, must be heated? 2. Striking a match stick on the matchbox involves the reaction of potassium chlorate and red phosphorus with the following equation: 10 KCIO, (s) + 3P, (s)→3P,0,, (s) + 10 KCI (s). How much of each reactant will be needed to produce 105.8 g of tetraphosphorus decaoxide (P,0,0)? 3. What mass (in grams) of fluorine gas is needed to react completely with 17.8 g of elemental sulfur, S, to form sulfur hexafluoride SF? S, (g) + 24F, (g)→8 SF, (g) 2
Transcribed Image Text:Show your solution to the correct number of significant figures. Use your own periodic table to solve for molar mass. 1. Potassium nitrate when exposed to heat decomposes to potassium oxide and gaseous nitrogen and oxygen: 4KNO,(s) → 2K,0(s) + 2N,(g) + 50,(g) To produce 28.3 g of oxygen, how many (a) moles of KNO, and (b) grams of KNO, must be heated? 2. Striking a match stick on the matchbox involves the reaction of potassium chlorate and red phosphorus with the following equation: 10 KCIO, (s) + 3P, (s)→3P,0,, (s) + 10 KCI (s). How much of each reactant will be needed to produce 105.8 g of tetraphosphorus decaoxide (P,0,0)? 3. What mass (in grams) of fluorine gas is needed to react completely with 17.8 g of elemental sulfur, S, to form sulfur hexafluoride SF? S, (g) + 24F, (g)→8 SF, (g) 2
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