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Matter
Anything that occupies space and has mass. Solids, liquids, or gases
Physical Change
Does not alter the basic nature of a substance
Chemical
Alters the composition of a substance
Energy
Massless, takes up no space. Can only be measured by the effects on matter, the ability to do work.
Kinetic
Doing work, moving.
Potenial
Stored or inactive energy
Chemical energy
Stored in the bonds of chemical substances. When the bond is broken energy is released.
Electrical energy
Energy that results in movement of charged particles
Mechanical
Directly involved in moving matter.
Radiant
Energy that travels in waves
ATP
Chemical energy of foods are trapped in the bonds of the high energy molecule atp
elements
Building block of matter
Atoms
Building block of elements
Main elements of body
Oxygen
Carbon
Hydrogen
Nitrogen
Atomic number
Equal to number of protons/electrons
Atomic mass
Sum of protons and neutrons
Isotope
A variety of an element causing different atomic weight. Same protons\electron’s different neutrons
Molecules
Two or more atoms of the same or different element chemically combined
Compound
Specifically when two or more DIFFERENT atoms bind together to form a molecule
Carbohydrates
Includes sugars and starches. Contains carbon, hydrogen, and oxygen. Ex. Glucose
Monosaccharides
Size classification of carbohydrates. Building block of carbohydrates. One sugar (simple sugar). Glucose, fructose, galactose.
Disaccharides
Size classification of carbohydrates. Double sugar two simple sugars joined by DEHYDRATION synthesis. Sucrose, lactose, maltose.
Polysaccharide
Size classification of carbohydrates. Many sugars. Starch and glycogen.
Lipids
Neutral fats, phospholipids, steroids (cholesterol, bile salts, vitamin d, etc). Building block is fatty acids.
Enzymes
Functional proteins that act as a biological catalysts. Increase the rates of chemical reactions.
Nucleic Acids
Makes up genes. Building block is nucleotides.
ATP Formula
ADP+Inorganic Phosphate+ Energy = ATP
Proteins
Building block of amino acids
Inorganic compounds
Comprising living matter do not contain matter. Water, salt, acids, and bases.
Organic compounds
Carbon containing compounds that comprise of living matter. Carbohydrates, lipids, proteins, and nuclei acids are examples.
Water
The most abundant inorganic compound in the body. 2/3s of the body. It has a high heat capacity, excellent solvent, important reactant in chemical reactions, base of all body lubricants,
Why don’t oil and water mix?
Oils are hydrophobic
Ionic Bond vs Covalent
Ionic bod forms when electrons are completely transferred from one atom to another. Covalent bond is a shared bond.
Electrolytes
Substances that conduct an electrical current in a solution. When electrolyte balance is disturbed, virtually nothing in the body works.
Acids
Can dissolve any metals or burn a hole in the rug. A substance that can release hydrogen in detectable amounts. Because hydrogen only has one proton (no neutron) acids are like proton donors.
Bases
proton acceptors. The hydroxyl ion seeks protons. When acids and bases mix, they react.
Protein Structural Level
Building block is amino acids. Amino acids are joined together in chains to form complex protein molecules.
Fibrous protein
Important in binding structures together. EX collagen and keratin.
Globular protein
Mobile, often spherical molecules that play roles in nearly every bio process.
DNA
Two nucleotide chains coiled into a double helix. Backbone is formed by alternating sugar and phosphate molecules. The runs are A to T and G to C. Function is to maintain genetic heritage by replicating in cell division.
Starch vs Glycogen
Glycogen is produced stored and used as energy reserve in animals, but starch is in plants.
Chemical reactions
Involve the making or breaking of bonds between atoms. total number of atoms stay the same, but new combination. Synthesis is combining of two or more atoms, decomposition is the breaking of a bond, and exchange is the transferring.