AG" for reaction A B = -10 kJ/mol AG" for reaction BC = -8 kJ/mol AG" for reaction CD = 5 kJ/mol AG" for reaction D⇒ E= 12 kJ/mol Calculate the AG' for reaction A+D → B+C. A. -15 kJ/mol B. - 5 kJ/mol C. 5 kJ/mol D. 15 kJ/mol

How is this equation derived? from pre-existing michaelis menten kinetics assumptions?

1. Nestle Bearbrand is a famous milk. Therefore, many people consume such milk. At the time of drinking the milk, it feels sweetness in the milk. A. What are the source compounds of such sweetness? Write down the structure formula! B. How much does the compound weigh in 1 can of milk size 189mLc. How much energy (in the form of ATP) is produced from carbohydrates in the milk?d. Why is there Natrium in the milk? # To answer this question, please see the composition of milk with the details i given below ( or you can see the picture attched )Composition: Cow MilkThe dose of 1 can of 189 ml has; a total energy of 120 kcal, energy from fat 60 kcal . Total fat 7 g saturated fat 5.0 g Cholesterol 25 mgProtein 6 gCarbodirate Total 9 gand Natrium 115 mg# Conversion NADH and FADH2 = 2.5 and 1.5 ATP( Please write the answer on the paper thank you )

AG°xn=-28.6 kJ Given the following equation, H2O(g) + CO(g) → H2(g) + CO2(g) Calculate AG°n for the following reaction. -> 8 H2O(g) + 8 CO(g) 8H2(g) + 8 CO2(g) a -71.5 kJ b -3.57 kJ C +3.57 kJ d +228.8 kJ e -228.8 kJ O O O O O