According to Gibbs free energy and assume constant pressure (Helmholtz <span>ΔG=Δ<span>GΘ</span>+RTln<span>(K)</span></span>Where K is the equilibrium constant.
At equilibrium <span>ΔG=0</span>:
<span>0=Δ<span>GΘ</span>+RTln<span>(K)</span>→Δ<span>GΘ</span>=−RTln(K)
</span>Solve for the equilibrium constant:
<span><span><span>−Δ<span>GΘ</span></span><span>RT</span></span>=ln(K)</span><span><span><span>[P]</span><span>[S]</span></span>=K=exp<span>(<span><span>−Δ<span>GΘ</span></span><span>RT</span></span>)
using this equation</span></span>Just put into the equation and calculate the equilibrium constant K<span>.
hope it helps</span>
Answer:
(C) CBr₄
Explanation:
The compound CCl₄ has one carbon atom (group 14) and 4 chlorine atoms (halogens). On the basis of the periodic properties, other 4 halogens bonded to carbon would also present nonflammable properties like those of CCl₄ -and thus they could be used as a fire-resistant chemical-, that's why the answer is C) CBr₄
Answer:
Nervous tissue is composed of neurons, also called nerve cells, and neuroglial cells
Explanation:
brainliest
We will not be able to tell the genotype of the purple parent as it can either be a homo_zygous dominant or hetero_zygous. Without the complete genotype of the offspring, we would not be able to tell.
Answer: Kc= 4.653
Explanation:
From The equation of reaction
CO(g)+2H2(g)⇌CH3OH(g)
From the question
[CH3OH] =0.0679 moles
[CO]= 0.160moles
[H2]= 0.302
Kc = [CH3OH]/[CO] [H2]^2
Kc=[0.069]/[0.16]×[0.302]^2
Kc= 4.653