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Choose the situation below that would result in an exothermic AH soln- O When - Hsolute...
Choose the situation below that would result in an exothermic ΔHsoln. When ∣∣ΔΔHsolute∣∣< ∣∣ΔΔHhydration ∣∣ When ∣∣ΔΔHsolute ∣∣ is close to ∣∣ΔΔHhydration ∣∣ When ∣∣ΔΔHsolute ∣∣> ∣∣ΔΔHhydration ∣∣ When ∣∣ΔΔHsolvent ∣∣>> ∣∣ΔΔHsolute
The exothermic reaction, A--> has AG<0. Which of the following statements are true AH<0 for the reaction AS must be greater than zero AS could be greater than or less than than zero the reaction is spontaneous in the reverse direction
please answer this question part a and b
Choose the location(s) relative to A that would be the META position(s) Choose the location(s) relative to A that would be the PARA position(s) < 0o W
For the right triangle below, find the length of a. Round to the hundredths. (2 decimal places) <-- 290
For each complex number determine the angle, 0, from 0 <o<2n, and the length r. Round to three decimal places when necessary. y=-8 - 10i ry Oy
Choose the situation below that would result in a Hsolution near 0. There isn't enough information to determine. When lovend >> |AHsolutel When a clate >|AHhydration When|Acutel < |AHhydration When Hotel is close to (AHhydration
QUESTIONS At constant pressure and temperature, which statement is true? A. All reactions for which AH<0 are spontaneous B. All reactions for which ASKO are spontaneous. C. All reactions for which AG<0 are spontaneous. D. All reactions for which K> 1 are spontaneous.
Predict delta G and the product assuming presence of acid or
base catalyst as needed.
NH ? OCH3 AG° <0 kJ/mol AG° 20 kJ/mol AG° >0 kJ/mol O: ОН - ? Br AG° <0 kJ/mol AG° 0 kJ/mol AGº > kJ/mol H/Pt ? AG° <0 kJ/mol AG° 0 kJ/mol AGⓇ>0 kJ/mol NaOH CH3 ? (2 eq.) AG° <0 kJ/mol AG° 0 kJ/mol om AGº >0 kJ/mol
Х 2 X₂ +Y₂ XY Extent If all substances are in their standard statos, x is? AH/(XY) AG*(XY) AG"<sbf</sb (X<b>2</sb AG":[Y)
3. Given that AH =-622.2kJ N,H., +02: H4+503, »N,, +24,0, H40, AH =-285.8kJ Determine the heat of reaction for: N2g +2H,, ->N,H41 Is the reaction endothermic or exothermic?