The force constants for F2 and I2 are 470 and 172 Nm1,respectively T...

The force constants for F2 and I2 are 470. and 172 Nmâˆ’1, respectively. The atomic masses...

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Chemistry

The force constants for F2 and I2 are 470. and 172 Nmâˆ’1,respectively. The atomic masses in amu are as follows: 19 F -18.9984, 127 I - 126.9045.
1) Calculate the ratio of the vibrational state populationsn1/n0 for F2 at 310 K
2) Calculate the ratio of the vibrational state populationsn1/n0 for F2 at 900 K
3) Calculate the ratio of the vibrational state populationsn2/n0 for F2 at 310 K .
4) Calculate the ratio of the vibrational state populationsn2/n0 for F2 at 900 K .
5) Calculate the ratio of the vibrational state populationsn1/n0 for I2 at 310 K
6) Calculate the ratio of the vibrational state populationsn1/n0 for I2 at 900 K
7) Calculate the ratio of thevibrational state populations n2/n0 for I2 at310 K .
8) Calculate the ratio of the vibrational state populationsn2/n0 for I2 at 900 K .

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4.1 Ratings (762 Votes)

For F2 reduced mass for F2 u1 1899842189984 1899846023 x 1026 158 x 1026 kg vibrational frequency for F2 v1 12pisqrtku1 k 470 Nm1 v1 12 x 314 x sqrt470158 x 1026 2746 x 1013 s1 Population analysis 1 n1no See Answer

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