That would be considered fat
Not sure about a molecule but 1g has 9 calories
It may depend on the exact amino acid. The variety of amino acids comes from their differing molecular structures. For instance, a molecule of Glutamine, a nonessential amino acid, is made up of a combination of molecules which results in 5 atomic bonds (2 oxygen (O) atoms, atomically bonded to an hydroxide molecule (OH), one NH2 molecule and an H2N molecule).Calories come from the energy that is released from the breaking of chemical bonds. It seems the combination of bonds (the amount or the type) which make up a molecule would ultimately effect how many calories it contains. Therefore, a gram of Glutamine, for example, may not contain the same amount of calories as a gram of Valine, another type of amino acid.What I can say is that basic nutrition says that:(1) 1 Gram of Fat = 9 Calories (kcals)while(2) 1 Gram of Protein or Carbohydrates = 4 Calories (kcals)and(3) 1 Gram of Alcohol = 7 Calories (kcals)These are all basic averages and are no where near exact but are suitable for use in everyday diet management.To more precisely answer your Question: "How many calories are in 1g of Amino Acids?According to my particular supplement facts there is 15 calories in 4.5 grams of pure L-Glutamine.15 calories / 4.5 grams of L-Glutamine = 3.3333 Calories in 1 gram
That is virtually impossible.
What is composed of only one type of molecule
A protein Molecule
Yes, they are the same type of calories.
Depending on the type of yogurt it can vary from 70 Calories to 140 Calories
The bond type present in the molecule CH2Cl2 is a covalent bond.
The type of molecule that is an enzyme is a protein molecule.
its a carbohydrate
It's not a molecule, it is an element
Fats provide more than twice the energy.Carbohydrates (including sugars) provide about 4 dietary calories (kilocalories) per gram.Fats provide about 9 dietary calories (kilocalories) per gram.Proteins provide about 4 dietary calories (kilocalories) per gram.Common foods are not entirely composed of these molecules, containing considerable water weight and fiber (no calorie value).