Solution Found!
235 238 The gas used in separating the two uranium
Chapter 19, Problem 22DQ(choose chapter or problem)
235? 238? The gas used in separating the two uranium isotopes ? U and ? U has the formula UF? . If 6? you added heat at equal rates to a mole of UF? gas and a mole 6f H? gas, which one’s 2 temperature would you expect to rise faster? Explain.
Questions & Answers
QUESTION:
235? 238? The gas used in separating the two uranium isotopes ? U and ? U has the formula UF? . If 6? you added heat at equal rates to a mole of UF? gas and a mole 6f H? gas, which one’s 2 temperature would you expect to rise faster? Explain.
ANSWER:Solution 22DQ Step 1: According to Van der waal’s equation, [P + a (n/V ) ] [ (V /n) b] = nRT Where, P - pressure of the gas a - Van der waals constant V - Volume of the gas n - Number of moles of the gas b - Van der waals constant R - Universal gas constant T - temperature of the gas