The molar entropies of HI(g),H(g) and I(g) at 298K are 206.5,114.6, an

1.	The molar entropies of HI(g),H(g) and I(g) at 298K are 206.5,114.6, and 180.7 J mole−1 K−1 respectively. Using the Δ G0 given below,Calculate the bond energy of HI.H(g) → H(g) + I(g); Δ G0 = 271.8 kJ
Answer» The molar entropies of $H I (g), H (g)$ and $I (g)$ at $298 K$ are $206.5, 114.6$ , and $180.7 J m o l e^{- 1} K^{- 1}$ respectively. Using the $Δ G^{0}$ given below,Calculate the bond energy of HI. $H (g) \to H (g) + I (g)$ ; $Δ G^{0} = 271.8 k J$

The molar entropies of HI(g),H(g) and I(g) at 298K are 206.5,114.6, and 180.7 J mole−1 K−1 respectively. Using the Δ G0 given below,Calculate the bond energy of HI.H(g) → H(g) + I(g); Δ G0 = 271.8 kJ

Answer»

The molar entropies of $H I (g), H (g)$ and $I (g)$ at $298 K$ are $206.5, 114.6$ , and $180.7 J m o l e^{- 1} K^{- 1}$ respectively. Using the $Δ G^{0}$ given below,Calculate the bond energy of HI.

$H (g) \to H (g) + I (g)$ ; $Δ G^{0} = 271.8 k J$

Discussion

No Comment Found

Related InterviewSolutions

If this is Energy vs Dihedral angle graph of Butane, then I,II and III are respectively :
When limestone is heated, quicklime is formed according to the equation. CaCO3(s)⇌CaO(s)+CO2(g)The experiment was carried out in the temperature range 800−900oC, Equilibrium constant Kp follows the relation. log Kp=7.282−8500Twhere, T is temperature in Kelvin. At what temperature the decomposition will give CO2(g) at 1 atm?
Which of the following solutions will have the highest boiling point?
In a compound oxide ions are present in CCP. 16 th of the tetrahedral voids are occupied cation A and 13 rd of the octahedral voids are occupied by cation B. What is the formula of the compound and what are the charges on A and B respectively.
Number of equivalent(s) of HI required for a complete reaction with the above compound is/are
Which of the following reactions will not give 2-methyl-2-phenylpropane?
An aqueous solution of BaCl2 (1.28gm in 100gm of water)boils at 100.0832∘ at 1 atm. Calculate the degree of dissociation. ( Kb of water is 0.512 k/m)
50 mL of H2 gas diffuses through a small hole from a vessel in 20 min. Time taken by 40 mL of O2 gas to diffuse under similar conditions will be :
Which of the following is not isoelectronic series?
The rate constant for a reaction depends upon each of the following, EXCEPT:

The molar entropies of HI(g),H(g) and I(g) at 298K are 206.5,114.6, and 180.7 J mole−1 K−1 respectively. Using the Δ G0 given below,Calculate the bond energy of HI.H(g) → H(g) + I(g); Δ G0 = 271.8 kJ

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment