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16 Cards in this Set

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Energy

Strength and vitality required for physical or mental activity

Ex: Kinetic energy


Kinetic energy is used in things due to motion.

Chemical Energy

A type of potential energy stored in chemicals.

Dry wood is an example of storing chemical energy.

Free energy

A thermodynamic equivalent to the space of a system to do work.

An example of free energy would be sunlight.

Heat energy

Transfers among particles in a substance.

An example of heat energy would be boiling water or a volcano.

First Law of Thermodynamics

Energy remains constant in a system. It can not be created or destroyed

First Law of Thermodynamics is a version of the Law of conservation os energy.

Second Law of Thermodynamics

Entropy of a system never decreases.

Entropy

Always increases or stays constant in a system

Entropy never decreases in the second law of thermodynamics.

Enzymes

Enzymes

Produced by a living organism and acts as a catalysts

Some enzymes make bonds and break them

Actives site

Specific reaction catalyzed by an enzyme depends on a small area of its tertiary structure

Subrate and active site bring enzyme and substrate closer together

Substrate

Close fit of the starting molecule

Substrate and enzymes need to get along

Metabolism

Consists of all the chemical activities and changes that take place continuously in a cell or an organism.

There are 2 types of it. "building-up" and "breaking-down"

Synthesis

a complex whole formed by combining

biosynthesis reactions are included

Decomposition

The state of being decomposed

Decay

Biosysnthesis

Formation of chemical compounds by a living organism

Is included in synthesis reactions

Oxidation

Combination of a substance with oxygen

CO2

ATP

High energy molecule that stores the energy we need

Biologists say this the energy currency of life