Arrhenius equation. to relate the activation energy and the rate constant, k, of a given reaction: k = Ae−Ea/RT k = A e − E a / R T. In this equation, R is the ideal gas constant, which has a value 8.314 J/mol/K, T is temperature on the Kelvin scale, Ea is the activation energy in joules per mole, e is the constant 2.7183, and A is a.

The number of water molecules is maximum in

1. benzoic acid cannot dissociate in benzene. If it did, it the solution would have some electrical conductivity (that is how you can check if a molecule is dissociating in a solvent, by measuring their electrical conductivity). So benzene must be overcoming the intermolecular attraction among benzoic acid "molecule".

In the entire process of glycolysis, two NADH₂ molecules are also generated. When these molecules undergo ETS they will form 3 ATP per NADH₂ which means 6 ATP. Therefore the total ATP that are forming are 10 and as 2 ATP is used up the net gain will be 8. So, the correct option is '8'.

The net production of ATP is thus 2 mol for each mole of glucose converted to lactate or ethanol. If 7.4 kcal of energy is conserved per mole of ATP produced, the energy conserved in the anaerobic catabolism of glucose to two molecules of lactate (or ethanol) is as follows: 2× [7.4kcal / 670kcal] ×100 = 2.2 %

Total number of ATP molecules produced from one molecule of glucose, during aerobic respiration. In glycolysis : As ATP 2ATP From 2NADH 5ATP (oxidation phosphorylation) In pyruvate oxidation; From 2NADH 5ATP (oxidative phosphorylation) In Citric acid cycle;

Cells that have a high-energy demand such as nerve cells and muscle cells contain a large number of mitochondria to maximise ATP production by aerobic respiration. A muscle cell contains.

152 languages Atomic force microscopy (AFM) image of a PTCDA molecule, in which the five six-carbon rings are visible. [1] A scanning tunneling microscopy image of pentacene molecules, which consist of linear chains of five carbon rings. [2] AFM image of 1,5,9-trioxo-13-azatriangulene and its chemical structure. [3]