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  2. What functional groups are in glucose? - Socratic

    socratic.org/questions/what-functional-groups-are-in-glucose

    Glucose contains aldehyde, alcohol, and hemiacetal groups. Glucose exists in a straight-chain form and in various cyclic forms. In the straight-chain form, the functional group at C-1 is an aldehyde group. The functional groups on C-2 to C-6 are alcohol groups. In the cyclic form, the functional group on C-1 is a hemiacetal group. A hemiacetal has an OH and an OR group on the same carbon atom.

  3. What is the mass of ONE glucose molecule? - Socratic

    socratic.org/questions/59d4774511ef6b3d254b4c2f

    We are asked to find the mass of one glucose molecule, we divide the molecular mass of glucose by Avogadro's number..... Glucose, C_6H_12O_6, has a molecular mass of 180.16*g*mol^-1. Since there are 6.022xx10^23 individual species in a mole, the mass of a single glucose molecule is given by the ratio.....

  4. Why is glucose considered a monomer? - Socratic

    socratic.org/questions/why-is-glucose-considered-a-monomer

    Explanation: it is one unit, so a glucose molecule is a monomer (more specifically a monosaccharide) It can form a polymer ( being starch or glycogen) when a large number of glucose molecules joined together by glycosidic bonds. Answer link. iOS.

  5. What is the empirical formula for glucose? - Socratic

    socratic.org/questions/what-is-the-empirical-formula-for-glucose

    The empirical formula for glucose is "CH"_2"O". An empirical formula represents the lowest whole number ratio of elements in a compound. The molecular formula for glucose is "C"_6"H"_12"O"_6". The subscripts represent a multiple of an empirical formula. To determine the empirical formula, divide the subscripts by the GCF of 6, which gives "CH"_2"O". The empirical formula "CH"_2"O" shows very ...

  6. How many ATP molecules are produced from one glucose molecule...

    socratic.org/questions/how-many-atp-molecules-are-produced-from-one-glucose...

    ETC mainly converts NADH2 and FADH2 into ATP by using a proton gradient across a membrane. First, all the NADH2 from 1 glucose- 2 are formed from glycolysis. 2 from link reaction. 6 from Kreb's cycle. There are also 2 FADH2 obtained in Kreb's cycle. Since 1 NADH2 = 3 ATP and 1 FADH2 = 2 ATP, total ATP formed are 34. 2 more ATP are directly obtained from glycolysis and 2 from substrate level ...

  7. When a glucose molecule loses a hydrogen atom in an ... -...

    www.numerade.com/ask/question/when-a-glucose-molecule-loses-a-hydrogen-atom-in...

    The glucose molecule is hydrolyzed, The glucose molecule is an oxidizing agent; The = glucose molecule is reduced, The glucose molecule is oxidized, 00:15 When a glucose molecule loses a hydrogen atom as the result of an oxidation-reduction reaction, the molecule becomes _____.

  8. The molecular formula for glucose is C6H12O6. What would the ......

    socratic.org/questions/the-molecular-formula-for-glucose-is-c6h12o6-what-would...

    C_18H_32O_16 since this is a dehydration reaction, it means that when two molecules are linked together, there will be one molecule of water H_2O removed. Therefore, the molecular formula will be C_18H_32O_16.

  9. How is the energy in glucose used? - Socratic

    socratic.org/questions/583e31077c014963e4b9c25a

    The energy stored in glucose molecule is transferred to ATP molecule at the time of breakdown of glucose during cellualar respiration. The solar energy is transferred to chemical energy during photosynthesis and stored in glucose molecule. The glucose molecule is broken down into carbon dioxide and water by undergoing a series of reactions in aerobic respiration. These reactions are divided ...

  10. Chiral and Achiral Molecules - Organic Chemistry - Socratic

    socratic.org/.../r-and-s-configurations/chiral-and-achiral-molecules-1

    One example of a chiral molecule is glucose, that naturally only occurs in the so-called right-hand variety, called D-glucose or dextrose (dexter=Latin for right). It is possible to make L-glucose (its mirror-image) by chemical synthesis. The human body cannot use L-glucose. It tasts just as sweet, but no calories can be gained from it.

  11. Why do molecules like glucose require a carrier protein to ... -...

    socratic.org/questions/why-do-molecules-like-glucose-require-a-carrier-protein...

    The glucose molecule is made of carbon atoms connected to many OH groups and H protons. This makes it a polar molecule which is a hydrophilic one. Outside the cell when the glucose molecule tends to get inside down concentration gradient, the polarity of it is accepted by the head of the cell membrane so it can pass, but the middle part of the ...