2. Consider the following mechanism: 2G - 4Z+8A 2 E -QUR A +2J3R AH° = -80.00 kJ/mol AH° = -810.40 kJ/mol AH° = + 150.00

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answerhappygod
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2. Consider the following mechanism: 2G - 4Z+8A 2 E -QUR A +2J3R AH° = -80.00 kJ/mol AH° = -810.40 kJ/mol AH° = + 150.00

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2 Consider The Following Mechanism 2g 4z 8a 2 E Qur A 2j3r Ah 80 00 Kj Mol Ah 810 40 Kj Mol Ah 150 00 1
2 Consider The Following Mechanism 2g 4z 8a 2 E Qur A 2j3r Ah 80 00 Kj Mol Ah 810 40 Kj Mol Ah 150 00 1 (12.43 KiB) Viewed 38 times
2 Consider The Following Mechanism 2g 4z 8a 2 E Qur A 2j3r Ah 80 00 Kj Mol Ah 810 40 Kj Mol Ah 150 00 2
2 Consider The Following Mechanism 2g 4z 8a 2 E Qur A 2j3r Ah 80 00 Kj Mol Ah 810 40 Kj Mol Ah 150 00 2 (15.75 KiB) Viewed 38 times
2. Consider the following mechanism: 2G - 4Z+8A 2 E -QUR A +2J3R AH° = -80.00 kJ/mol AH° = -810.40 kJ/mol AH° = + 150.00 kJ/mol Calculate the AHº for the reaction: G+ 40 + 8 J-2 Z+8 E +8 R. (6 points)
3. In the lab, you perform the following experiment. You heat a 60.0 g mercury sample to 90.0°C and place it into 95.0 g of water having a temperature of 115.0°C. If the specific heat of mercury is 0.139 J/gºC and the specific heat of water is 4.184 J/g °C, what is the final temperature of the mercury and water that you will record in your journal? (6 points)
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