My PP = 422.3, this number should be between 123.4 and 987.6. My q = 2, this number should be between 1 and 9. Task 4. For the same chemical reaction in Task 3, with a catalyst, % of R has enough energy to react. On slide 10, a red dashed line represents the activation energy. You may move it in order to match the unit on the X-axis. (a) On slide 10, draw a red curve or line that represents the distribution of kinetic energy of R with a catalyst. (b) On slide 10, draw a blue dashed line that represents an activation energy without a catalyst, according to your Task 3(c). (c) Is the percentage of that can react in (b) greater, equal, or smaller than %? Explain in 20 words. (d) On slide 10, draw a blue curve or line that represents the distribution of kinetic energy of R of a different temperature, so that % of R can react under the activated energy featured in (b). (e) Is the temperature in (d) higher, equalor lower than the temperature in (a)? Explain in 20 words. My PP = 422.3, this number should be between 123.4 and 987.6. My q = 2, this number should be between 1 and 9. Task 4. For the same chemical reaction in Task 3, with a catalyst, % of R has enough energy to react. On slide 10, a red dashed line represents the activation energy. You may move it in order to match the unit on the X-axis. (a) On slide 10, draw a red curve or line that represents the distribution of kinetic energy of R with a catalyst. (b) On slide 10, draw a blue dashed line that represents an activation energy without a catalyst, according to your Task 3(c). (c) Is the percentage of that can react in (b) greater, equal, or smaller than %? Explain in 20 words. (d) On slide 10, draw a blue curve or line that represents the distribution of kinetic energy of R of a different temperature, so that % of R can react under the activated energy featured in (b). (e) Is the temperature in (d) higher, equalor lower than the temperature in (a)? Explain in 20 words