Use the labels (CV+, –OH, CVOH, , Ea (activation energy), & G) to complete the reaction potential energy profile below. More than one answer is possible for some spots.
a. (Use i, ii, iv, etc. for your answer)
b. (Use i, ii, iv, etc. for your answer)
c. (Use i, ii, iv, etc. for your answer)
d. (Use i, ii, iv, etc. for your answer)
e. (Use i, ii, iv, etc. for your answer)
a. vi,v
b.iii
c.iv
d.ii
e.i
thanks its right
does anyone know how to do part 2?
To complete the reaction potential energy profile, you need to analyze the labels (CV+, –OH, CVOH, Ea, and G) and determine where they apply. Here's how to complete each section:
a. CV+: This indicates the energy of the reactants before the reaction occurs. It is the highest point on the graph. Can be labeled as iii or v.
b. –OH: This refers to the energy of the products after the reaction is complete. It is the lowest point on the graph. Can be labeled as ii or vi.
c. CVOH: This represents the energy of the transition state or activated complex. It is the highest point on the graph along the reaction pathway. Can be labeled as iv or vii.
d. Ea (activation energy): This is the energy barrier that needs to be overcome for the reaction to proceed. It is the difference in energy between the reactants and the transition state. Can be labeled as i or vi.
e. G: This represents the change in Gibbs free energy during the reaction. It is the difference in energy between the reactants and the products. It can be labeled as ii, iii, iv, v, vi, or vii, as long as it represents the difference between the initial and final energy levels.
So, to complete the reaction potential energy profile, you can label the sections as follows:
a. iii or v (CV+)
b. ii or vi (-OH)
c. iv or vii (CVOH)
d. i or vi (Ea - activation energy)
e. Any label (ii, iii, iv, v, vi, or vii) to represent the change in Gibbs free energy (G).