A) The Chromatids of each chromosome are separatedB) Synapsis and Crossing OverC) The Nuclear Envelope breaks down.
A) ChromosomeB) CentromereC) MultichromatidD) Homologous Pair
A) RespirationB) TranspirationC) MetabolismD) Reduction
A) EnzymesB) GlycoproteinsC) LipidsD) None of the above.
A) AnabolismB) CatabolismC) Addition reaction.D) none of the above.
A) AnabolismB) CatabolismC) Energy Production.D) Reduction
A) The synthesis of larger molecules from lower molecules.B) The breakdown of the larger molecules from larger molecules.C) Production of Glucose from water.D) None of the above.
A) CO2B) WaterC) OxygenD) A and B
A) Prevent chemicals reactionsB) Slows down chemical reactionsC) Speedup Chemical reactions.D) None of the above.
A) Molecules that react in Enzyme catalyzed reactionsB) Molecules that are produced in Enzyme catalyzed reactions.C) Molecules that help in Enzymes catalyzed reactions.D) Molecules that are not effected in Enzymes catalyzed reactions.
A) Jean BaptistB) Wimhelm KuhneC) Robert BrownD) Alex Fleming.
A) Amount of energy to produce chemical bondsB) Amont of energy produced after chemical reactionC) Amount of enerfy required to break down chemical bondsD) None of the Above.
A) IncreaseB) DecreaseC) has no effect
A) Production of energyB) Decrease in activation energy required.C) Speed up the reactionD) none of the above.
A) LipidB) ProteinsC) Carbohydrate D) None of the above.
A) ActivatorsB) CatalystC) ReducersD) Stoppers.
A) GeneralB) SpecificC) None of the above.
A) SmallB) LargeC) No Amount.
A) HydrolasesB) DehydrationC) ReductionD) Hydrolysis.
A) Intercellular EnzymesB) Intracellular EnzymesC) Extracellular enzymes.D) None of the above.