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Choose the right option for Step 2

At a constant temperature of 971 °C or 698 K, the value of the equilibrium constant K for this reaction is 1.84 x 10−2. At this temperature, which is favored, the reaction product or the reactant? In other words, does the equilibrium point lie closer to the products or reactants side of the reaction equation? Briefly justify your answer.

Rank the following carboxylic acid derivatives from the most stable to the least stable.  (Ex: X>Y>Z)  

Unless otherwise stated by exam instructions or official accommodations are in place, I understand that any and all electronic devices including but not limited to cell phones, iPads or tablets, digital or smart watches, second monitors, or other devices are not allowed to be used or out during the exam. 

H2S molecular shape: [shape] hybridization of the central atom [hybridization] common name or IUPAC name: [name] number of sigma bonds: [sigma] number of pi bonds: [pi]

Give the charge that would be on each of the following atoms if ionized. Ba     [ba] I        [i] Ag    [ag] CuI  [cui] O      [o] Rb     [rb] P       [p] OH   [oh] Cr (IV)  [criv] H         [h]  

Choose the right option for Step 1

I acknowledge that proctored exams are recorded and may be reviewed by instructors or TAs. I understand that if any potential academic misconduct is flagged, the consequences outlined in the BYU Academic Honesty Policy will apply, which may include failing the exam.

Using the electronegativity table and the rules (which suggest that a difference in electronegativity below 0.4 is equally shared, 0.5–1.7 is polar covalent, and greater than 1.8 is ionic), the bonds in BeBr2 (the electronegativity of Be is 1.5 and Br is 2.8) would be classified as ________.

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