For the question below, bring in your complete work to class on Tuesday but answ
ID: 771986 • Letter: F
Question
For the question below, bring in your complete work to class on Tuesday but answer if Q is greater (>), equal (=) or less (<) Keq, and whether the concentration increase (I), decrease (D0 , does not change (N) or needs more information (?). For the temperature stress, state if the system Absorbs energy (A) , Produce energy (P) or does neither (N). You must type in the corresponding number that matches the correct choice. See example below You must explain the trend in your work when you bring it to class to receive full credit. Because this problem requires the following exact in order for the computer to recognize the correct answer, please follow the example provided: Type "1" if Q < Keq, Type "2" if Q = Keq, Type "3" if Q > Keq (When typing in numbers, do not include parenthesis) Type "I" if chemical concentration increase, Type "D" if chemical concnentration decrease, Type "N" if chemical doesn't change , Type "?" if there is not enough information to make a determination Type A if the reaction absorbs energy, Type P if the reaction releases energy, Type N if the energy remains the same, Type "?" if there is not enought information. For question on the addition of more SiF4 gas pressure, the following format is used: Q relative to Keq for stress applied i) 1 Reaction Shift for stress i) D, N, N, I, A The D, N, N, I, and A in the above answer correspond to the affect of equilibrium of SiF4, H2O, SiO2, HF and Energy in that specific order. Place space between commas. ______________________________________________________ 1. Q relative to Keq for stress ii) 2. Reaction shift for stress ii) ______________________________________________________ 3. Q relative to Keq for stress iii) 4. Reaction shift for stress iii) ______________________________________________________ 5. Q relative to Keq for stress iv) 6. Reaction shift for stress iv) ______________________________________________________ 7. Q relative to Keq for stress v) 8. Reaction shift for stress v)Explanation / Answer
I D