Answer:
28.7664 kJ /mol
Explanation:
The expression for Clausius-Clapeyron Equation is shown below as:
Where,
P is the vapor pressure
ΔHvap is the Enthalpy of Vaporization
R is the gas constant (8.314×10⁻³ kJ /mol K)
c is the constant.
The graph of ln P and 1/T gives a slope of - ΔHvap/ R and intercept of c.
Given :
Slope = -3.46×10³ K
So,
- ΔHvap/ R = -3.46×10³ K
<u>ΔHvap = 3.46×10³ K × 8.314×10⁻³ kJ /mol K = 28.7664 kJ /mol</u>
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Answer:
1. Cations are positively charged and have less electrons than protons.
2. Anions are negatively charged and have more electrons than protons.
3. Columns on the periodic table are known as groups.
4. The elements in the first group are called alkalis metals and have one valence electron.
Explanation:
Answer:
The pOH would be 7.7 if the pH is 6.3!
Hope it helps!
Answer:
The standard cell potential increases with increasing temperature.
Explanation:
Equatio 1: ΔG° =ΔH° -TΔS°
Equation 2: ΔG° = -nFE°
Isolating E° in equation 2:
E° = - ΔG° / nF (Equation 3)
Substituting equation 1 in equation 3:
E° = (- ΔH° +TΔS°)/ nf
We can rearrange the equation:
E° = (ΔS°/nF) T + (ΔH°/nF)
Now it is clear that the higher the temperature, the higher the standard cell potential.
Answer:It is C i got it correct
Explanation:
