For a hypothetical reaction the linear Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45. What is the activation energy for this reaction?

Group of answer choices

125 kJ/mol

15 kJ/mol

-1.8 kJ/mol

-125 kJ/mol

1810 kJ/mol

Question

Vaughn Wallace

Chemistry

26 September, 00:56

For a hypothetical reaction the linear Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45. What is the activation energy for this reaction?

Group of answer choices

125 kJ/mol

15 kJ/mol

-1.8 kJ/mol

-125 kJ/mol

1810 kJ/mol

+5

Answers (1)

Know the Answer?

Cristian Barry · Answer 1

Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45. What is the activation energy for this reaction is described below.

Explanation:

When the rates are equal and the concentration of reactants and products are constant not equal. Other like activation energies and potential energies are not necessary for equilibrium.

The activation energies of the forward and reverse reactions, the rates of the forward and reverse reactions are 25 minutes ago.

For a hypothetical reaction the linear Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45

15kj/mol is the answer ...

For a hypothetical reaction the linear Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45. What is the activation energy for this reaction?Group of answer choices125 kJ/mol15 kJ/mol-1.8 kJ/mol-125 kJ/mol1810 kJ/mol

For a hypothetical reaction the linear Arrhenius equation is LaTeX: y=-15035x+41.45y = - 15035 x + 41.45. What is the activation energy for this reaction?

Group of answer choices

125 kJ/mol

15 kJ/mol

-1.8 kJ/mol

-125 kJ/mol

1810 kJ/mol