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In the Uranium Isotope Separation for and

Question 63

Multiple Choice

In the uranium isotope separation for In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. and In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. , the gas molecules used are In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. molecule is different from that of the In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. molecule. The fluorine atoms involved are all In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed?


A) The In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is the faster one. The ratio of its speed to that of In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is 1.009.
B) The In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is the faster one. The ratio of its speed to that of In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is 1.004.
C) The In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is the faster one. The ratio of its speed to that of In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is 1.009.
D) The In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is the faster one. The ratio of its speed to that of In the uranium isotope separation for and , the gas molecules used are , uranium hexafluoride. The key to the separation is that in thermal equilibrium the average speed of the molecule is different from that of the molecule. The fluorine atoms involved are all . Which of the hexafluoride molecules has the higher average speed and what is the ratio of the faster speed to the slower speed? A) The is the faster one. The ratio of its speed to that of is 1.009. B) The is the faster one. The ratio of its speed to that of is 1.004. C) The is the faster one. The ratio of its speed to that of is 1.009. D) The is the faster one. The ratio of its speed to that of is 1.004. is 1.004.

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