Lab 1-2
Lab 3-5
Lab 6-7
Lab 8-9
Lab 10-12
100
y = yp + ys (Lab 1)
What is the formaula for water potential?
100
The process of meiosis involves two nuclear divisions that result in the formation of four of these. (Lab 3)
What are haploid cells?
100
In this type of genetic cross, the mode of inheritance is determined when the two pairs of contrasting of characteristics are considered simultaneously. (Lab 7)
What is a dihybrid cross?
100
p^2+ 2pq+ q^2 = 1 (Lab 8)
What is the Hardy Weinberg Equation?
100
******************DAILY DOUBLE****************** A random movement that is not oriented toward or away from a stimulus. (Lab 11) ************************************************
What is kinesis?
200
If two solutions have the same solute concentration they are said to be this. (Lab 1)
What is isotonic?
200
In plants mitosis takes place in this area, which is normally found at the tip of stems or roots. (Lab 3)
What is the apical meristem?
200
This particular type of enzyme is an endonuclease that actually cuts the phosphodiester bonds on the sides of deoxyribonucleic acid. (Lab 6)
What is a restriction enzyme?
200
These cells make up the outermost layer of cells on a plant and function in protecting the plant. (Lab 9)
What are epidermal cells?
200
Circuit where gas exchange takes place within the alveoli of the lungs. (Lab 10)
What is the pulmonary circuit?
300
Proteins produced by living cells that act as catalysts, which affect the rate of a biochemical reaction. (Lab 2)
What are enzymes?
300
******************DAILY DOUBLE****************** This plant pigment absorbs blue-green and orange-red light. (Lab 4) ************************************************
What is Chlorophyll b?
300
These are small rings of DNA that carry genetic information. They can transfer genes, like genes for antibiotic resistance, which can occur naturally within them, or they can act as carriers or vectors for introducing foreign DNA from other bacteria or even eukaryotes into recipient bacterial cells. (Lab 6)
What are plasmids?
300
One of the conditions is that the population has to be large. Another condition is the mating has to be random. A third is that there isn’t any mutation of the alleles. Another condition is there isn’t any migration going on. The last condition is there cannot be any natural selection. (Lab 8)
What are the five conditions of Hardy-Weinberg equilibrium?
300
These lakes are oxygen rich, but generally nutrient poor. (Lab 12)
What are oligotrophic lakes?
400
These bind with an enzymes’ active site and block the substrate from bonding causing the reaction to subside. (Lab 2)
What are inhibitors?
400
These pathways, such as glycolysis and the Krebs cycle, are controlled by regulating enzyme activity at strategic points. (Lab 5)
What are Catabolic Pathways?
400
This is a satistical tool that compares experiment results with an accepted set of data to determine how much the experimental values deviated from the accepted ones and whether or not that deviation can be explained solely by chance. (Lab 7)
What is a chi-square test?
400
Potential energy created by water molecules within a plant stem. (Lab 9)
What is water potential?
400
The flow of energy through a community begins with this. (Lab 12)
What is photosynthesis?
500
Both of these conditions denature enzymes and cause their active sites to change shape. (Lab 2)
What are the effects of acidic or basic environments?
500
This type of cycle is located at the inner membrane of the mitochondrion, accepts energized electrons from reduced coenzymes that are harvested during glycolysis and Krebs cycle, and couples this exergonic slide of electrons to ATP synthesis or oxidative phosphorylation. This process produces 90% of the ATP. (Lab 5)
What is the electron transport chain?
500
This is the movement of charged particles in solution under the influence of an electric field. (Lab 6)
What is electrophoresis?
500
Water taken into a plant through roots and root hairs is an example of this process. (Lab 9)
What is osmosis?
500
This type of behavior is when animals respond to each other in aggressive or submissive movements. (Lab 11)
What is agonistic behavior?
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