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Hello students, this question consists of two parts.
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In the first part, the concentration of dihydroxyacetone phosphate and the concentration of glyceraldehyde 3 -phosphate are given.
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Based on this, we have to find out the del g value of this reaction.
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First of all, we want to know the relationship between del g and del g naught.
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We know that del g will be equal to del g naught plus rt lon of q.
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Q is nothing but reaction quotient.
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So, first of all, we are going to find out the q value which is given by concentration of glyceraldehyde 3 -phosphate divided by concentration of dihydroxyacetone phosphate.
00:45
Substituting the value 0 .001m divided by 0 .1 which will be equal to 0 .01.
00:55
This is the reaction quotient and we know the t value that is temperature.
00:59
R is the universal gas constant.
01:02
Substituting the value, del g will be equal to del g naught whose value is equal to 7 .53 kilojoule.
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We are converting it into joule.
01:10
By multiplying with 1000, we will get 7530 joule per mole.
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Substituting the value 7530 plus r which is the universal gas constant 8 .314 into t temperature that is 298 kelvin and lon of 0 .01...