At 16°C and 794 mmHg. 2.30 L of oxygen gas reacts with an excess of phosphorus. How many grams of diphosphorus pentoxide are produced? _Pis) + _Ole) → _P;Osls) O 5.75 g O 5.36 g O 4.99 8 O 4.66 8

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter5: Gases
Section: Chapter Questions
Problem 162CP
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D
Question 3
At 16°C and 794 mmHg. 2.30 Lof oxygen gas reacts with an excess of phosphorus. How
many grams of diphosphorus pentoxide are produced?
_P(s) + _O2(e) →_P2O5(s)
O 5.75 g
O 5.36 g
O 4.99 g
O 4.66 8
D Question 4
When excess nitric acid reacts with 1.70 g of iron, 842 mL of hydrogen gas is collected
over water. If the barometric pressure is 753 mmHg and the temperature of the water is
34°C, what is the calculated value of R, in atmL/molK?
(Water vapor pressure at 34°C 39.90 mmHg)
Fels) +_HNO3(aq) → _Fe(NO3)2 + _Hz@)
O 0.0846
O 0.0948
O 0.0794
O 0.0897
Transcribed Image Text:D Question 3 At 16°C and 794 mmHg. 2.30 Lof oxygen gas reacts with an excess of phosphorus. How many grams of diphosphorus pentoxide are produced? _P(s) + _O2(e) →_P2O5(s) O 5.75 g O 5.36 g O 4.99 g O 4.66 8 D Question 4 When excess nitric acid reacts with 1.70 g of iron, 842 mL of hydrogen gas is collected over water. If the barometric pressure is 753 mmHg and the temperature of the water is 34°C, what is the calculated value of R, in atmL/molK? (Water vapor pressure at 34°C 39.90 mmHg) Fels) +_HNO3(aq) → _Fe(NO3)2 + _Hz@) O 0.0846 O 0.0948 O 0.0794 O 0.0897
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