The entropy change of a specific reaction can be figured out with the help of absolute entropies of each substance in that reaction. The formula specified below is employed for working out {eq}{\rm \Delta S_{rxn}^o} {/eq}in this problem {eq}{\r...
The compound shown by the formula II is also a novel compound, and synthesized as shown by the reaction formula (Y is O or S).KAJIOKA MITSURUOOKAWA KATSUMASATANINAKA KUNIAKI
ChemistryCalculating delta H of reaction using bond energies? Hi, I have been stuck for hours, i do not understand how i am supposed to use bond energy values for this question like it asks when bond energy values are for molecules in the gas state. The first molecule reactant is a liqu...
<p>To solve the problem of identifying the reaction for which ΔH ≠ΔE, we need to understand the relationship between enthalpy (ΔH) and internal energy (ΔE) in the context of chemical reactions. Here’s a step-by-step breakdown of the solution:</p><
For a certain reaction, if ΔG∘=0, then a.ΔS∘=0b.K=0c.ΔH∘=0d.K=1e.ΔG=0 Gibbs Free Energy: Gibbs free energy is an example of extensive property and a state function. It is an important parameter used in thermodynamics to...
Calculate ΔG (in kJ) at 65∘C for the reaction: N2O (0.0082 atm)+H2 (0.75 atm)↔N2 (285.2 atm)+H20 (l) Relationship Between Gibbs Free change and Equilibrium Constant : The change in Gibbs Free Energy is related to...
This chemical's molecular formula is C6H10O2 and molecular weight is 114.14. Its IUPAC name and systematic name are the same which is called 6-methyloxan-2-one. Physical properties of delta-Hexalactone: (1)ACD/LogP: 0.29; (2)# of Rule of 5 Violations: 0; (3)ACD/LogD (pH 5.5): ...
When a = n, it means the reaction is neutron incident reaction. The cross-section of the reaction from entrance channel n to exit channel b is written in terms of Uab as: (2.17)σn,b=πk2gJ|δnb−Unb| where, δnb is the Kronecker delta symbol. In the RM formula implemented in ...
To obtain viral load from cycle threshold (Ct) values, the conversion formula was used10: $${\log }_{10}\left({{{\rm{viral\; load}}}\left[{{{\rm{copies}}}/{{{\rm{mL}}}\right]\right)=-0.32\times {C}_{t}{{{\rm{values}}}\left[{{{\rm{cycles}}}\right]+14.11$$ (1...
Homework Statement The equation and data to which the question refers is in the attachment. I am just trying to do part (a) of the question at the moment: Calculate ΔG and K, the equilibrium constant, for this reaction at 298 K. Homework Equations I would have thought that I would ne...