The amount of potential energy in the reactants is indicated by The potential energy in the products is indicated by The difference in energy between reactant and products is indicated by The energy in the transition state is indicated by the A P.E. in kJ course of the rx а. А b. В С. С d. D е. 1 f. none g. what ?

Which of the following correctly gives the correct coefficients for the reaction below? N₂H4 + H₂O2 → N₂ + H₂O 1, 2, 1, 4 O2, 4, 2, 8 O 1, 1, 1, 1 O 1,4, 1,4

Write the Keq for the following reaction: N2(g)+3H2(g)~2NH3(g)

Fill in the missing information for each of the 4 reactions

Identify OA(Oxidant) and RA (Reductant) in the following reaction. CH4(g) + 2 02(g) CO2(g) + 2 H2O(g) RA=CH4 OA=O2 OA=H20 RA= CO2 OA=CH4 RA=O2 OA=CH4 RA= CO2

write half equations for the following conversions and state whether the conversion is an oxidation or a reduction: a) H2O2 to O2 b)H2O2 to H2O

In the following series of reactions, write which is the corresponding product or products or the reactant (s) to obtain the product.

6. In the partial reactions shown below, is the reactant undergoing oxi- dation or reduction? (a) COO- CH₂ T C=O COO™ (b) COO- CH₂ CH-OH T COO- COO™ CH₂ CH-OH COO™ COO™ CH CH COO™

The molecule shown below is oxidized with KMNO4 at elevated temperatures. Which product A to D is formed? Click on a letter A to D to answer. KMNO4 60 °C, H2O NaOH HO2C CO,H A B HO,C HO,C cO,H D

Predict the 2 possible products, and explain why only one of them is correct.