How many ATP are required to form a molecule of hexose sugar in sugarcane plant?

To form one molecule of hexose sugar or to fix 6 molecules of carbon dioxide 30 (6*5) ATP are used.

How many additional ATP molecules will be required?

The regeneration of PEP from pyruvic acid after it is transported back into mesophyll cells requires 2 ATP molecules per molecule of CO2 fixed. Hence 12 additional ATP molecules are required for the production of one molecule of glucose in C4 plants.

How many additional ATP are used during synthesis of sucrose?

So, the correct answer is ’10’.

How many additional ATP molecules are required by sugarcane?

36–38 ATP will be required.

How many additional ATP are used during synthesis of two molecules of hexose sugar?

24 ATP
So, 24 ATP are additional used during synthesis of two molecules of hexose sugar than tomato i.e 60-36=24 ATP.

How many ATP are used in the synthesis of one hexose sugar in the Calvin cycle?

In summary, it takes six turns of the Calvin cycle to fix six carbon atoms from CO2. These six turns require energy input from 12 ATP molecules and 12 NADPH molecules in the reduction step and 6 ATP molecules in the regeneration step.

How many additional ATP are used during synthesis of two molecules?

So, 24 ATP are additional used during synthesis of two molecules of hexose sugar than tomato i.e 60-36=24 ATP.

How many additional ATP are used during synthesis of two molecules of hexose sugar in sugarcane than wheat?

So, total ATP used in maize is 60 ATP. 18 ATP are used in the synthesis of 1 molecule of hexose sugar in tomato. Therefore,36 are used in the synthesis of 2 molecules of hexose sugar in tomato. So, 24 ATP are additional used during synthesis of two molecules of hexose sugar than tomato i.e 60-36=24 ATP.

How many additional ATP are required in C4 cycle?

In the C4 cycle of photosynthesis, a total of 30 ATPs are required for fixing 6CO2 molecules.