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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. What organisms look like and how they behave
Endemic
Phenotype
Electrolytes
Stabilizing Selection
2. Fluctuating temperatures
Osmolarity
Heterotherms
Metabolism
Kidney
3. Changes at the DNA - RNA and protein scale
Diploid
Molecular Evolution
Deleterious
Gluconeogenesis
4. Made by pancreas - binds to cell surface receptor and stimulates singaling pathway - faciliates glucose diffusion into cell (secretion rises when blood glucose rises - eating - or parasympathetic stimulation ie negative feedback)
Metabolism
Molecular Evolution
Insulin
Basal Metabolic Rate
5. MR= K(Tb-Ta) K is the slope of thermal conductancce - how readily the animal loses heat
MR equation
Obligatory Exchanges
Three theories of Darwin
Homeostasis
6. Amount of fuel used during a given time to power all of its metabolic requirement - = MR - sometimes appears as heat
Energy expenditure
Thermal insulation
Major blood buffer
Population
7. Deleterious mutations in a non-recombining genome accumulate at each replication (asexual reproductivity)
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8. 2NAA + NAa/2N is p and 2aa + NAa/2N is q (however similar frequencies can have very different genotype frequencies)
Allele frequency formula
Endotherms
Evaporation
Heterotherms
9. Change in allele frequencies that occur over time in a population
Microevolution
Nephron
Molecular Evolution
Alleles
10. Heat transfers away from a sruface due to evaporation (expensive to sweat and pant - burn more calories)
Evaporation
Vasa recta
Heterotherms
Allele frequency
11. Heat transfers to a surrounding medium ie air or water via surface
Temperature sensitivity
Gastrulation
Convection
Energy expenditure
12. Heat transfer when two objects come into direct contact (icepack on sprained ankle)
Conduction
Loop of Henle
Heterochrony
Stabilizing Selection
13. Neurons (generate and conduct electrical signals) and glial cells (release chemical signals)
Connective tissue
Heterotopy
Nervous tissue
Gene pool
14. Amount of heat required to raise the temperature of 1 gram of water 1 degree Celsius
Stabilizing Selection
Glomerular Filtration Rate
Calorie
Epithelial tissue
15. Like in butterfly - often give organism an survival and mating advantage-- however homozygotes will always exist as children of heterozygotes
Heterozygote populations
Gene duplication
Neutral Theory
Selfing
16. The Origin of Species 1859
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17. Blood into dialyzer (acts as filtrater) to create artificaill countercurrent exchange system
Hemodialysis
Evolutionary trend
Mutation
Lipoprotein lipase
18. Change on scale at or above species - changes in separate gene pools
Daily torpor
Genotype frequency
Macroevolution
Glycogenolysis
19. Location (pelvis in fish)-- Where gene effects - BMP4 causing webs to apoptosis
Nephron
Heterotopy
Osmolarity
Mutation
20. Pxp is genotype for AA qxq is genotype for aa and pq is heterozygotes - model shows scientists what mechanisms are causing evolution (p+q=1 and p2 + 2pq+q2=1)
Metabolism
Heat budget equation
Metabolism
Why Hardy Weinberg is Important
21. Migration of individuals and movements of gametes between populations (can add new allelles or change Allele frequency)
Calorie
Gene Flow
Reabsorption
Behavioral thermoregulatory adaptation
22. Taken up by all body cells - used to synthesize proteins - excess converted into fatty acids and then triglycerides
Glomerulus
Osmoregulators
Absorbed amino acids
Selfing
23. The differential survival and reproduction of individuals in a population based on specific traits chosen by humans
Artificial selection
Glomerulus
Behavioral thermoregulatory adaptation
Heterotopy
24. Changes the encoded amino acid-- usually deleterious (nonsynonymous substitution)
Hypothalamus
Behavioral thermoregulatory adaptation
Energy expenditure
Missense Substitution
25. What organisms look like and how they behave
Homeotherms
Interstitial fluid
Phenotype
Size in BMR
26. 1. Ectoderm 2. Endoderm 3. Mesoderm
Secretion
Antidiuretic hormone
Population density
3 germ layers
27. Prolonged energy source for many tissues - and brain - less protein breakdown required
Convection
Negative feedback
Ketones
Absorptive phase
28. Wallace
Mutation
Glomerulus
Other guy who came up with natural selection
Ammonotelic
29. Body temp changes with enviro - BMR measured at standard temp for each species - SMR or standard metabolic rate (fish - ambhibia - reptiles)
Founder effect
Ectotherms
Connective tissue
Heterozygote populations
30. Glycogen hodrolysis in liver
Glycogenolysis
Convection
Nephron
MR equation
31. Produced in adipose tissue in proportion to fat mass - leptin reduces appetite through hypothalamus (increases BMR). Decrease in leptin decreases BMR - increases appetite
Heterotopy
Leptin
Genetic Drift
Disruptive selection
32. Hot fish have arteries closer to muscle to warm blood (countercurrent heat exchanger)- allows them to swim faster - catch prey
Phenotype
Cold fish vs hot fish
Artificial directional selection
Nonsynonymous vs synonymous
33. MR= K(Tb-Ta) K is the slope of thermal conductancce - how readily the animal loses heat
Genetic structure
MR equation
Dobzhansky Muller Model
Temperature sensitivity
34. Insects have these which transport uric acid - postassium ions and sodium ions into tubules - but ercovers water (allows insects to live in dry environments
Mutation
Lipoprotein lipase
Population size
Malpighian tubules
35. Body temp changes with enviro - BMR measured at standard temp for each species - SMR or standard metabolic rate (fish - ambhibia - reptiles)
Disruptive selection
Hypoglycemia
Ectotherms
Population density
36. Amount of fuel used during a given time to power all of its metabolic requirement - = MR - sometimes appears as heat
Muscle tissue
Nitrogenous wastes
Nephron
Energy expenditure
37. Refers to all the bodily activities and chemical reactions in an organism that maintain life
Temperature sensitivity
Metabolism
Lateral gene transfer
Exon shuffling
38. Cup-shaped strucutre of the nephron of a kidney which encloses the glomerulus and where filtration takes place
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39. Changes at the DNA - RNA and protein scale
Fitness
Habitat
Molecular Evolution
Dehydration
40. Change in relative frequency of the genotype from one generation to the next
Fitness
Temperature sensitivity
Psuedogenes
Genetic Drift
41. Region where species are found (densities are zero elsewhere)
Geographic Range
Positive feedback
Heterotopy
Other guy who came up with natural selection
42. Stored as either glycogen in liver or as triglycerides
Major blood buffer
Fever
Heterotopy
Excess Glucose
43. 20%of plasma leaves capillaries and filters into bowman's space. GFR= Rate of filtrate production (controlled by dilation and constriction of afferent arteriole)
Nervous tissue
Interstitial fluid
Excess Glucose
Glomerular Filtration Rate
44. Made by pancreas - binds to cell surface receptor and stimulates singaling pathway - faciliates glucose diffusion into cell (secretion rises when blood glucose rises - eating - or parasympathetic stimulation ie negative feedback)
Osmoconformers
Size in BMR
Insulin
Quantitative
45. In annelids ie earthworms - coelomic fluid is swept through by cilia and tubule cells actively reabsorb good molecules and secret others - exits as urine
Darwin's book
Metanephridia
Tubule
Lateral gene transfer
46. Prolonged energy source for many tissues - and brain - less protein breakdown required
Temperature sensitivity
Bowman's capsule
Metabolism
Ketones
47. When an organisms phenotype influences ability to attract mates
Muller's Ratchet
Sexual selection
Reabsorption
Macroevolution
48. The differential survival and reproduction of individuals in a population based on variation in their traits
Absorbed triglycerides
Hypoglycemia
Natural selection
Osmoconformers
49. Cells or organisms having two sets of chromosomes
Kidney
Population density
Diploid
Interstitial fluid
50. Different form of a gene
Alleles
Thermoneutral zone (TNZ)
Hardy Weinberg equilibrium
Genetic Drift