100g sugar = 1619KJ of energy (according to Wikipedia)
--> 1g sugar = 16.19KJ
[1ATP]/[50KJ] * [16.19KJ]/[1 g sugar] = .3238[ATP]/[g sugar]
-->3.08[g sugar]/[ATP]
3.08[g sugar]/[ATP] * 38ATP = 117g sugar for 38 ATP
32-38
Normally, no. ATP is composed of adenosine, a ribose sugar, and three phosphate groups. However, when ATP is used for DNA synthesis, the ribose sugar is converted to deoxyribose.
Generate ATP are what makes sugar in cells. The body needs generate ATP.
38 gross production is made.But in many cells two ATP's are used to transport pyruvate into mitochondria.
One molecule of glucose will produce 38 molecules of ATP. This means that 300/38 molecules of glucose are needed, or 8, which will make 304 ATP molecules.
ATP ... Or energy molecules
32-38
Glycolysis is the process that turns glucose into pyruvate. The energy released from this is then used to make the more readily usable ATP.
During the course of glycolysis, 4 ATP's are made, although 2 ATP's were needed for the process.
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The sugar componant of ATP is known as Ribose. This sugar is the same one that makes up the sugar component of RNA.
One molecule of sugar glucose can store 90x or more energy than is needed to add a phosphate group to ADP to make it ATP.
Normally, no. ATP is composed of adenosine, a ribose sugar, and three phosphate groups. However, when ATP is used for DNA synthesis, the ribose sugar is converted to deoxyribose.
Generate ATP are what makes sugar in cells. The body needs generate ATP.
38 gross production is made.But in many cells two ATP's are used to transport pyruvate into mitochondria.
One molecule of glucose will produce 38 molecules of ATP. This means that 300/38 molecules of glucose are needed, or 8, which will make 304 ATP molecules.
One molecule of glucose yields ~ 38 ATP, so sugar has much more energy tied up in its bonds than one ATP.