Answer:
The addition of inorganic phosphate helps to sustain the reaction by helping the reaction to occur in a thermodynamically unfavorable manner.
Explanation:
The reaction of inorganic phosphate with glucose is an endergonic reaction which is thermodynamically unfavorable as a result reaction need coupling of ATP hydrolysis to take place in biological system because ATP hydrolysis releases huge amount of free energy as a result the overall free energy change of this reaction becomes negative which helps the reaction to proceed in a thermodynamically favorable manner.
That"s why inorganic phosphate can be used to sustain the rapidly proceeding glycolysis pathway. The addition of inorganic phosphate makes the reaction thermodynamically unvorable.
<span>If heat is consumed during a reaction, the reaction is said to be an endothermic reaction.
There are two types of reactions related to heat energy, these are endothermic and exothermic </span>reactions.
Exothermic reactions are when the reactions as it proceeds gives out heat energy to the surroundings. Endothermic reactions are when heat energy is absorbed by the reactants to initiate and continue the reaction. Therefore reaction system absorbs or consumes heat energy from the surrounding.
It will sink cause it is a rock
Answer:
The rise in sea level it will be of 0.08 Km.
Explanation:
The relation between volume (V) and mass (m) is density (δ):
δ = m / V
First, knowing the volume of ice in the Antarctic and the density of the ice, it is possible to calculate the mass of ice that will melt:
m = δ.V =
The mass of ice is 2.77x1022 so, the mass of water entering the oceans is the same.
Second, knowing the mass of water and the density of water, it is possible to calculate the volume of water entering the oceans:
V = m / δ =
Third, assuming that the oceans of the world cover an area, A, of about 3.62 x 108 km2 and that the increase in volume of the oceans can be calculated as A x h:
h = V/A =
I think that it will be a colloid. they may appear to be mixture having only one substance but they are not. For example milk and ink.