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Problem

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question

Three researchers studied 1 mole of an ideal gas at 273°K in order to determine the value of the gas constant, R. The first researcher found that at a pressure of 1 atm the gas occupies 22.4 l. The second researcher found that the gas occupies 22.4 l at a pressure of 760 torr. Finally, the third researcher reported the product of pressure and volume as 542 cal. What value for R did each researcher determine?

category

chemistry

options

  1. 0.0821 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)], 0.0821 cal/mole K
  2. 1.99 [(l-atm)/(K-mole)], 0.0821 [(l-atm)/(K-mole)], 1.99 cal/mole K
  3. 0.0821 [(l-atm)/(K-mole)], 0.0821 [(l-atm)/(K-mole)], 0.0821 cal/mole K
  4. 0.0821 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)], 1.99 cal/mole K
  5. 0.0821 [(l-atm)/(K-mole)], 0.0821 [(l-atm)/(K-mole)], 1.99 cal/mole K
  6. 1.99 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)], 1.99 cal/mole K
  7. 1.99 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)]
  8. 1.99 [(l-atm)/(K-mole)], 1.99 [(l-atm)/(K-mole)], 0.0821 cal/mole K

src

stemez-Chemistry

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