Bonus (worth up to 5 points and ignore it says 0): Choose on…

Bonus (worth up to 5 points and ignore it says 0): Choose one of the regimes of the electromagnetic spectrum (see question #16).  Then, describe a telescope that makes observations specifically in that regime using at least two supporting details fully explained.  You can describe one of the many telescopes discussed in the lecture recordings or readings or a general description as long as the supporting information is correct.  Some questions to consider:  where is the telescope located?  What is a benefit of this kind of telescope? What does it study? How does it make observations? How does it operate?  Explain your reasoning in a way that clearly illustrates your understanding of the concepts. The key to receiving full credit here is to adequately explain the telescope using your own words and information presented in the lecture recordings to fully support your answer. No credit for answers without explanations or vague responses that could pertain to any regime of the electromagnetic spectrum. Rubric: You must write your answer as either a bulleted or numbered list or you will receive a deduction. (0.5 points) Region: (Choose one from question #16) First supporting detail (minimum of two sentences) (2 points) 2nd supporting detail (minimum of two sentences) (2 points)  

Given that the exothermic reaction Fe2O3(s) + 6HCl(g) = 2FeC…

Given that the exothermic reaction Fe2O3(s) + 6HCl(g) = 2FeCl3(aq) +  3H2O(g) is at equilibrium. Increasing the temperature .  Increasing the pressure will result in the reaction favoring the production of . Woops! You removed all the rust (Fe2O3) from the container. The reaction responds by .