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Test your basic knowledge |
Bio 101: Harvard
Start Test
Study First
Subjects
:
science
,
biology
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Heat production = volume - but heat loss= Surface Area
Non shivering thermogensis
Artificial selection
Size in BMR
Excretory organs
2. Blood into dialyzer (acts as filtrater) to create artificaill countercurrent exchange system
Tubule
Hemodialysis
Excess Glucose
Allele frequency
3. Heat transfer when two objects come into direct contact (icepack on sprained ankle)
3 germ layers
Osmoconformers
Conduction
Lateral gene transfer
4. Extracellular fluid - including blood/plasma (Allow cells to take in nutrients and remove waste)
Size in BMR
Dobzhansky Muller Model
Gluconeogenesis
Interstitial fluid
5. Heat transfers from warmer objects to cooler ones via infrared radiation (radiation absorbed or emitted)
Population
Geographic Range
Excretory organs
Radiation
6. 1. Must consume more food - run risk of overheating (hyperthermia) - restricted to water plentiful environments
3 disadvantages of endotherms
Glycogenolysis
Tubule
Dobzhansky Muller Model
7. Feedback information used to counteract the influence that created the error signal (stabilizes back to set point)
Evaporation
Negative feedback
Thermoneutral zone (TNZ)
Psuedogenes
8. Rate at which an organism uses energy to power these reactions
P53
Metabolic rate
Other guy who came up with natural selection
Allele frequency
9. 1. If equal - then amino acid residue drifting neutrally 2. If nonsynon higher than sysnon - positive selection causing change in amino acid residue 3. If sysnon higher than nonsynon then purifying selection resisting change in amino acid residue (ly
Absorbed amino acids
Nonsynonymous vs synonymous
Hypoglycemia
Absorptive phase
10. Native to one location and no where else
Heterochrony
Natural selection
Darwin's book
Endemic
11. Neurons (generate and conduct electrical signals) and glial cells (release chemical signals)
Nonsynonymous vs synonymous
Behavioral thermoregulatory adaptation
Nervous tissue
Homeostasis
12. Individuals interacting at a given time and place
Hypothalamus
Population
Absorptive phase
Directional selection
13. Rate at which an organism uses energy to power these reactions
Lipoprotein lipase
Metabolic rate
Artificial selection
Fitness
14. Fine tuning of adaptive mechanisms (adjusts to climate/temperature- sweating begins sooner and is greater in volume)
Acclimatization
Daily torpor
Dehydration
Genetic structure
15. Different form of a gene
Alleles
Meiosis
Interstitial fluid
Gastrulation
16. A favored trait that evolves through natural selection (more organisms with that trait survive than those without)
Nephron
Adaptation
Size in BMR
Bowman's capsule
17. Bicarbonate ions (Co2+H2O= h2Co3= H+ + HCO3-) Co2 removed by lungs - H+ removed by urine
Loop of Henle
Radiation
Major blood buffer
Tubule
18. Environments where species can survive within their geographic range
Thermal insulation
Thermoneutral zone (TNZ)
Glucose Transporters
Habitat
19. Two or more homologous genes found in different species
Orthologs
Epithelial tissue
Endemic
Population density
20. Change salt water balance: 1. respiration - 2. metabolism - 3. waste elimination - 4. food ingestion 5. body temperature regulation
Obligatory Exchanges
Metabolism
Other guy who came up with natural selection
Heterozygote populations
21. Does not change the encoded amino acid. Occurs at highest rate (also synonymous substitution)
Fitness
Silent substitution
Darwin's book
Size in BMR
22. Below TNZ must increase metabolic heat production (shivering increase four times above BMR)
Founder effect
Epithelial tissue
Ketones
Lower critical temperature
23. Some animals move around to increase decrease temperature (pray themselves with water/dust - find shade - put on clothing)
Glycogenolysis
Heterozygote populations
Qualitative
Behavioral thermoregulatory adaptation
24. One loci
Qualitative
Ectotherms
Non shivering thermogensis
Macroevolution
25. Changes the encoded amino acid-- usually deleterious (nonsynonymous substitution)
Missense Substitution
3 germ layers
Gastrulation
Phenotype
26. Fluctuating temperatures
Thermoneutral zone (TNZ)
Heterotherms
Genome size
Macroevolution
27. Taken up by all body cells - used to synthesize proteins - excess converted into fatty acids and then triglycerides
Selfing
Absorbed amino acids
Evaporation
Neutral Theory
28. Continuous within Bowman's capsule - Loop of Henle
Metanephridia
Tubule
Metabolic rate
Gastrulation
29. Daily decline of body temp to save energy (bouts of torpor last mustiple days in hibernation)
Osmoregulators
Leptin
Heterochrony
Daily torpor
30. MR= K(Tb-Ta) K is the slope of thermal conductancce - how readily the animal loses heat
Phenotype
Ammonotelic
Nephron
MR equation
31. Actively regulate osmolarity of their extracellular fluid (300 Mosm/L)
Insulin
Reabsorption
Hypothalamus
Osmoregulators
32. Reuglated rise in body temp caused by a rise in the hypothalamic set point for metabloic heat production (fights pathogrens - and increased production of white blood cells)
Dehydration
Absorptive phase
Fever
Size in BMR
33. 1. Regulate volume of fluid in body 2. regulate osmolarity - 3. Maintain Ca2+ - H+ - NA+ (ionic regulation) 4. eliminate nitrogenous wastes produced by protein and nucleic acid catabolism (URINE)
Muller's Ratchet
Excretory system functions
Excretory organs
Chief monomers absorbed
34. High denisty of mitochodira abnd blood vessels (good at non shivering thermogensis)
Brown fat
Gene Flow
Acclimatization
Acclimatization
35. Any change in the nucleotide sequences of an organism's DNA (deleterious - neutral - beneficial)
Excess Glucose
Absorbed amino acids
Heterochrony
Mutation
36. Native to one location and no where else
Endemic
Nephron
Excretory organs
Hardy Weinberg equilibrium
37. In ECM - protein fibers makeup cartilage and bone (mineralized) - ECM of plasma liquid - Adipose=fat cells - energy storing
Size in BMR
Metabolic rate
Hardy Weinberg equilibrium
Connective tissue
38. Amount of heat required to raise the temperature of 1 gram of water 1 degree Celsius
Missense Substitution
Muller's Ratchet
Calorie
Malpighian tubules
39. Most of the water in an animal's body located within its cells
Habitat patches
Hemodialysis
Intracellular fluid
Temperature sensitivity
40. The body's resting rate of energy expenditure
Basal Metabolic Rate
Hemodialysis
Lateral gene transfer
Chief monomers absorbed
41. A sudden change to population that causes large changes in allele frequencies over time ie population bottleneck
Genetic Drift
Glucose Transporters
P53
Nucleotide Substitution
42. Lack of water --> lack of body water - compromises the circulatory system and regulation of body temperature
Dehydration
Diploid
Behavioral thermoregulatory adaptation
Allele frequency formula
43. Reuglated rise in body temp caused by a rise in the hypothalamic set point for metabloic heat production (fights pathogrens - and increased production of white blood cells)
Quantitative
Allele frequency formula
Adaptation
Fever
44. When an organisms phenotype influences ability to attract mates
Nonsynonymous vs synonymous
Sexual selection
Disruptive selection
Why Hardy Weinberg is Important
45. Change in a single nucleotide in a DnA sequence
Absorptive phase
Epithelial tissue
Nucleotide Substitution
Size in BMR
46. Occurs when ingested nutrients enter the blood stream from the GI tract
Hypoglycemia
Allele frequency formula
Absorptive phase
Ectotherms
47. Stored as either glycogen in liver or as triglycerides
Negative feedback
Excess Glucose
Nucleotide Substitution
Diploid
48. Heat transfers away from a sruface due to evaporation (expensive to sweat and pant - burn more calories)
Evaporation
Excretory organs
Aldosterone
Basal Metabolic Rate
49. Trait with true indicator of ability to survive in local environment ie bull frogs lifespan can be determined by its size which determines how low it's voice is
Founder effect
Heat budget equation
Honest signal
Cold fish vs hot fish
50. When an organisms phenotype influences ability to attract mates
Sexual selection
Qualitative
Secretion
Glycogenolysis