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Refer to the following balanced combustion reaction between methane, CH4, and molecular oxygen to produce carbon dioxide and water. (Final answers to each question must be included in the space below to receive credit)  CH4 (g) + 2 O2 (g) CO2 (g) + 2 H2O (l) (a) Assign the oxidation number to each atom on both reactants and products side of the balanced chemical equation (b ) Which atom is oxidized?  (c) Which atom is reduced?

I submitted the Exam 3 Study Guide Assignment prior to starting the exam.

My work for questions 3-7 is neat and in order, and I will submit a pdf of this work to get scored.

Section 1: Blackboard Matching Portion (20 points)Select or input the best answer for each question. There is no need to submit your work for this section.

Select TRUE after you’ve worked the following problems on your own piece of paper. Remember that you’re also being scored at the end of the exams for neatness of work.Use the Laplace transform method to solve the given initial value problem for y(0)=0 and y'(0)=0.y”-4y’+4y=t3e2t

Find L{f(t)} for each given f(t).

Select TRUE after you’ve worked the following problems on your own piece of paper. Remember that you’re also being scored at the end of the exams for neatness of work.Solve the initial value problem y’+4y=e2t for y(0)=1.

I stayed on camera the full testing time, and my testing environment stays in view of the camera the entire time.

For each differential equation, identify the order and determine whether the given form is linear or nonlinear.

Match the correct derivative or antiderivative to its correct partner.