compound from application d is Ethanol. use ethanol standard combustion values. for the research, use the sources listed there. please do your best

1. What mass of your compound from Application D would have to undergo combustion to provide the same quantity of energy as that released by the fission of one kilogram of 235U to produce 90Sr and 143Xe ? - You may reference your Hrxn calculation and results from Application D. (You don't have to include those calculations). - You will need to show and explain the calculation of the energy released by the fission reaction. - How many gallons of your compound is this? (You may need to look up the density of your compound) Show and explain this calculation. 2. The Yucca Mountain nuclear waste burial site was touted as a potential solution the problem of storing high-level nuclear waste (HLW). Research information about the site. Formulate arguments for and against using Yucca Mountain to store nuclear waste. Based on your arguments, if building the site were your decision, what would you do? - Be careful in your research-this issue is fraught with politics in the US-make sure your research sites are unbiased and trying to present both sides (or at least just the science of it). Wikipedia (linked below) may actually be a good jumping off source for you in this case. - A nuclear waste storage facility like the Yucca Mountain site must last for roughly 10,000 years. what engineering uncertainties are introduced for the design of such a facility compared to a design for a tunnel for transportation services, for example? + +