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Extra resources for General, Organic, and Biochemistry: Connecting Chemistry to Your Life
Five. 18 The preliminary country of a fuel is P ϭ 1. 25 atm, t ϭ 27. 0°C, V ϭ 1. 50 L. The stipulations have been replaced to V ϭ 1. 00 L, t ϭ seventy seven. 0°C. what's the ultimate strain? five. 19 The strain on a three. 00-L pattern of fuel is doubled and its absolute temperature (K) is elevated via 50%. what's its ultimate quantity? five. 20 what's the ultimate quantity of a gasoline if the quantity of a four. 00-L pattern of the fuel is first doubled after which its absolute temperature (K) is halved whereas its strain is held consistent in the course of either alterations? five. 31 the full strain in a vessel containing oxygen accrued over water at 25. 0°C was once 723 torr. The vapor strain of water at that temperature is 23. eight torr. What was once the strain of the oxygen in atmospheres? five. 32 the complete strain in a vessel containing hydrogen amassed over water at 25. 0°C was once zero. eight atm. The vapor strain of water at that temperature is 23. eight torr. What was once the strain of the oxygen in torr? five. 33 the quantity of a pattern of hydrogen accumulated over water at 25. 0°C used to be 6. 00 L. the entire strain used to be 752 torr. what number moles of hydrogen have been accrued? five. 34 the quantity of a pattern of methane (CH four) amassed over water at 25. 0°C used to be 7. 00 L. the complete strain used to be 688 torr. what percentage moles of methane have been gathered? five. 35 in numerous boxes, you could have 18. zero g of H 2O, 2. 02 g of H 2 , and forty four. zero g of CO2 , all below average stipulations of temperature and strain. Which occupies the biggest quantity? five. 36 in numerous bins, you could have nine. zero g of H 2O, sixteen g of CH four , and forty four. zero g of CO2 , all less than commonplace stipulations of temperature and strain. Which occupies the smallest quantity? five. 37 a mix of zero. 250 mol of oxygen and zero. 750 mol of nitrogen is ready in a box such that the full strain is 800 torr. Calculate the partial strain of oxygen within the mix. five. 38 a mix of 1. 25 mol of argon and three. seventy five mol of nitrogen is ready in a box such that the entire strain is 760 torr. Calculate the partial strain in torr of argon within the mix. Unclassified routines five. 21 A pattern of gasoline at zero. 830 atm and 25. 0°C has a quantity of two. 00 L. what is going to its quantity be at STP? five. 39 What quantity in liters does a 1. 50-mol pattern of H 2 occupy at fifty five. 0°C and 1. 00 atm strain? five. 22 Ammonia fuel occupies a quantity of five. 00 L at four. 00°C and 760 torr. locate its quantity at seventy seven. 0°C and 800 torr. five. forty The strain of a pattern of N2 used to be replaced from 1. 00 atm to two. seventy five atm. for that reason, its quantity replaced from 725 mL to 450 mL, and its ultimate temperature was once 235°C. Calculate its preliminary temperature in Celsius levels. five. 23 Calculate the worth of R at STP whilst quantity is in milliliters and strain is in torr. five. 24 Calculate the worth of R at STP whilst the amount is in milliliters and the strain is in atm. five. forty-one The strain of a pattern of He at 25. 0°C used to be replaced from 565 torr to 760 torr. for this reason, its quantity replaced from 800 mL to 850 mL. Calculate its ultimate temperature. five. 25 Calculate the recent quantity of one. 35 L of hydrogen gasoline at STP while zero. a hundred mol of hydrogen at STP is additional to its expandable box.