Calculate Delta h_rxn for the reaction below. you are given the following set of reactions. CO(g) + NO(g) --> CO_2(S) + 1/2 N_2(g) CO(g) + 1/2 O_2(g) -->CO_2(g) Delta H = -283.0 kJ N_2(9) + O_2(g) ...
Understand what entropy change is and learn how to find entropy. Explore the factors that can affect the value of entropy and learn how to predict an entropy change. Related to this Question Calculate the Delta_r H^{circ} for the reaction: 2C (diamond) + 2H_2...
Calculate the {eq}\displaystyle \rm \Delta^{\circ} S {/eq} for the reaction: {eq}\displaystyle \rm C_2H_4 (g) +H_2 (g) \to C_2H_6 (g) {/eq} Hydrogenation: The reaction in which an alkene reacts with hydrogen to form an alkane is an example of ...
A(g)+12D2(g)→AD(g)ΔH=-110.5kJ -348.3kJ -93.7kJ -237.8kJ 16.8kJ
For a given reaction at 25 degrees C, Delta H degrees = -193.1 kJ/mol and Delta S degrees = 138.1 J/K mol. Calculate Delta G degrees for this reaction in kJ/mol. Use the given data at 298 K to calculate delta G for the reaction 2Cl2(g) + S...
Two python scripts aim at calculating the Delta_Ct, Delta_Delta_Ct, Fold Changes, Student's t-test, and P-value value which produced by Quantitative real-time polymerase chain reaction (qRT-PCR). Why I have too much qpcr data to process. It costs me a lot of time. I want a simple...
I am totally confused by the second part, any ideas how I would attempt this probelm? I also added the equation from part a, because its relevent for this question, I think I have to calculate the delta H and Delta s values for each, but Is there a easier way? One reaction that ...
For the reaction below, Delta H=760.4kJ/mole of S8 and Delta S=1219.1 J/(K*mole of S8).Calculate the equilibrium constant at 210C and at 440C.4CH4(g) + S8(s) <-> 4CS2(g) + 8H2(g)For the reaction of CH4 with S8 to form CS2 and H2, we are given Delta H= 150.3 kJ/mol...
dA=−pdV−SdT. where kB is the Boltzmann constant, T is the temperature, and QNVT is the canonical ensemble partition function. How do you calculate Helmholtz free energy from partition function? Helmholtz Free Energy f=u−T(u/T+kBlnz)=−kBTlnz. We note that this value of f, wh...
We know that, DeltaS^(@)= Sigma Delta S(("products"))^(@) - Sigma DeltaS(("reactants"))^(@) = {Delta S^(@) [SO(3)(g)]}- {Delta S[SO(2)(g)] + (1)/(2) xx Delta S^(@) [O(2)(g)]} Delta S^(@)= {256.2}- {248.5 + (1)/(2) xx 205.0} Delta S^(@)...