I need help on the following questions and their answers to see if my reasoning is correct where I was able to answer, problems A-C, and the answers and steps to get the answers where I was not able to answer, Problem D.

List assumptions, write basic equations, and provide vour solution. Draw the system and mass and/or energy interactions. You do not need to re-write given and find. 1. 50 points Circle the correct answer (no partial credit) for (a) to (c) with no need for justifications. Answer (d) and (e) using appropriate equations and tables. (a) [5 points 2 for T/F, 3 for comment] Carbon (C) capture and storage (CCS) and carbon capture storage and utilization (CCUS) actually refer to carbon di oxide (CO2) capture. Circle the correct answer and comment in one sentence. This is done when burning fossilfuels or during other processes and capturing CO2 True or False betore it affects the atmosphere. This is supposed to help daspen effects from glbal climate change. (b) [5 points 2 for T/F, 3 for explanation] The relatively high temperature of the exhaust gases is the only challenge to capturing CO2. Circle the correct answer and justify in one sentence. (c) Storage issues, especially volume, are also True or False prablems. Transport is also a problem. Also percentage % of CO2 captured is (d) [5 points 2 for T/F, 3 for explanation] The viabe, but the heating value HHV is always positive. filpy of combustion hR always negative or two sentences. of comer and justify in one Enthalpy of combustion is always neg becanie it is tesing energy when it happens. HHV is always positive or O becanse when burining/combusting mesterialsgive enory off but don't take ene ory so they cant 4 have aneg. HHV. (d) [35 points] The enthalpies of formation of CO2,CO, and H2O at TRef= If CO2 is to be processed by reducing it first to CO using H2, (d-1) write a chemically balanced equation for the reaction that would allow such processing. (d-2) write a conservation of energy equation for the process and estimate the necessary energy input in kmolCO2kJ