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22 Cards in this Set
- Front
- Back
catabolic |
breaks down molecules |
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anabolic |
combines things |
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metabolism |
sum of chemical reactions that transform energy (both anabolic + catabolic) |
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low metabolism |
greater tendency to gain fat is ___ metabolism |
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law of thermodynamics |
this law states that energy is constant , none can be lost or gained. Energy converts to other kinds . For example when energy is lost it actually becomes a byproduct such as heat |
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faster metabolism |
warmer creatures , energy is constently converting creating the byproduct of heat means |
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activation energy |
energy required to start a reaction
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determines the amount of potential energy |
bonding. the more stable and the more bonds the more ___________ energy and if it is nonpolar |
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high activation energy |
energy that is harder to break so it causes no reaction or a slow reaction |
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transition c |
temporary transition stage of breaking and creating bonds. It is in between the starting molecule and the ending molecule |
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low activation energy |
energy that is easier to break since bonds unstable so it causes a quicker spontaneous reaction |
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spontaneous reactions |
fast, no constant energy required for reactants to combine |
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reactions with high activation energy are |
non spontaneous reactions because too slow to be useful in spontaneous reactions and have a slow rate when nothing is added to assist the reaction |
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What can be added to change the rate of the reaction? |
concentrations of reactents/products, catalysts/enzymes, and temperature |
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endergonic |
same as endothermic, except its general energy gained instead of thermal energy |
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exergonic |
same as exothermic, except its general energy lost instead of thermal energy |
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an endegonic reaction is usually a |
anabolic and non spontanenous reaction since little product |
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potential energy graph is |
the overall reaction being displayed |
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most reactions actually consist of |
multiple reactions |
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what is the enzyme that helps converts atp to adp |
atpase |
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what type of reaction is atp being converted to adp |
exergonic |
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which has more potential energy atp or adp |
atp |