Answer:
-1435 kJ
Explanation:
The Gibbs free energy, ΔG is an indication the amount of (useful) work that can be obtained from a chemical reaction involving reacting species and it is negative for spontaneous reaction
ΔG° = ΔH° - TΔS
ΔG = ΔG° + RT㏑Q
ΔG = G (reactants) - G(products)
Given that the combustion reaction of glucose is as follows;
C₆H₁₂O₆ + 6O₂ → 6CO₂ + 6H₂O
The above reaction has a ΔG° value of -2870 kJ
Therefore, the free energy for half mole of glucose = -2870 kJ/2 = -1435 kJ
Answer:
The mass of the element is 28.085 amu
Explanation:
Step 1: Data given
Masses of isotopes:
27.977 amu ⇒
28.976 amu ⇒ 4.68%
29.973 amu ⇒ 3.09%
Step 2: Calculate the abundance of the other isotope
100% - 4.68% - 3.09 % = 92.23 %
Step 3: calculate the mass othe element
0.9223 * 27.977 + 0.0468 * 28.976 + 0.0309*29.973 = total mass of the element
Total mass of the element = 28.085 amuj
The mass of the element is 28.085 amu
Answer:
i think the forces are the same and size and in opposite directions
Explanation:
Answer:
Okay, I think I may actually have an answer for you. I would go with C, "The number of particles able to undergo a chemical reaction is less than the number that is not able to."
Explanation:
I just took a quiz with a similar question, and B is the only gas particle that is able to react. This cancels out all the other answers, as A and B are obviously incorrect based on that information, and it rules out D because T1 is the only sample with a particle able to react. I hope this helps!
Answer:
2044
Explanation:
you just multiply 1022 by 2
