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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. Cluster of interconnected fenestrated capillaries - supplied by afferent arteriole - drained by efferent arteriole - podocytes form filatration slits
Glomerulus
Glomerular Filtration Rate
Behavioral thermoregulatory adaptation
Intrasexual Selection
2. Minerals that carry electrical charges that help maintain the body's fluid balance - imbalance can alter membrane potentials/disrupt cell activities
Temperature sensitivity
Deleterious
Glucose Transporters
Electrolytes
3. Secrete penicillin - toxins - K+ and H+
Hardy Weinberg equilibrium
Secretion
Lower critical temperature
Disruptive selection
4. Region where species are found (densities are zero elsewhere)
Hemodialysis
Excretory system functions
Geographic Range
Homeostasis
5. Favors the mean - selection against any deleterious mutations (baby size)
Connective tissue
Stabilizing Selection
Connective tissue
Adaptation
6. Cover inner and outer surface areas - secrete substances - selective barriers - transport - cilia or sensory
Epithelial tissue
Tubule
Radiation
Molecular Evolution
7. Changes set point altogether (being awake - daytime activity - disease - skin temperature)
Calorie
Feedforward information
3 germ layers
Heterozygote populations
8. Found in many animals and prevents cancer - an ortholog
P53
Genotype frequency
Evolutionary trend
Radiation
9. Species change over time - divergent species share a common ancestor - change is produced by natural selection
3 germ layers
Nucleotide Substitution
Heterochrony
Three theories of Darwin
10. Much of variation in size lies in non coding DNA as opposed to functional genes. Also in large populations - slightly deleterious sequences more likely to be purged than in small size (thus more noncoding DNA in large population over small)
Genome size
Qualitative
Calorie
Habitat
11. Inherited but no use (whale pelvis)
Missense Substitution
Directional selection
Vestigial structures
Excretory organs
12. MR= K(Tb-Ta) K is the slope of thermal conductancce - how readily the animal loses heat
Acclimatization
Artificial directional selection
Hypoglycemia
MR equation
13. Prolonged energy source for many tissues - and brain - less protein breakdown required
Intrasexual Selection
Ketones
Homeostasis
Excretory system functions
14. The Origin of Species 1859
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15. Occurs when ingested nutrients enter the blood stream from the GI tract
Size in BMR
Feedforward information
Absorptive phase
Loop of Henle
16. Copies of genes that are no longer functional
Glycogenolysis
Convection
Psuedogenes
Glomerulus
17. Tissues other than skeletal muscles produce metabolic heat by uncoulping oxidative phosphorylation (burn fuel without producing ATP)
Metabolic rate
Non shivering thermogensis
Qualitative
Major blood buffer
18. Skeletal muscle (major consumer of glucose) - cardiac muscle - smooth muscle (gut - bladder and blood vessels)
Muscle tissue
Ammonotelic
Adaptation
Vestigial structures
19. Cover inner and outer surface areas - secrete substances - selective barriers - transport - cilia or sensory
Obesity
Radiation
Epithelial tissue
3 disadvantages of endotherms
20. Produced in adipose tissue in proportion to fat mass - leptin reduces appetite through hypothalamus (increases BMR). Decrease in leptin decreases BMR - increases appetite
Leptin
Natural selection
Metanephridia
Heterozygote populations
21. Much of variation in size lies in non coding DNA as opposed to functional genes. Also in large populations - slightly deleterious sequences more likely to be purged than in small size (thus more noncoding DNA in large population over small)
Genome size
Gene duplication
Glomerulus
Excretory system functions
22. Descending loop permeable to waterbut not solutes - ascending not permeable to water and actively transports salts out (desert animals - long Henles - freshwater fish - no Henle)
Natural selection
Feedforward information
Deleterious
Loop of Henle
23. Outcrops of species due to suitable habitats separated by areas of unsuitable habitat
Habitat patches
Homeostasis
Hardy Weinberg equilibrium
Heterotherms
24. Cells or organisms having two sets of chromosomes
Muscle tissue
Diploid
Loop of Henle
Metabolic rate
25. Species change over time - divergent species share a common ancestor - change is produced by natural selection
Energy expenditure
Three theories of Darwin
Dobzhansky Muller Model
Why Hardy Weinberg is Important
26. Shifts mean towards one extreme (positive selection) ie long horned cows
Conduction
Directional selection
Silent substitution
Other guy who came up with natural selection
27. Below TNZ must increase metabolic heat production (shivering increase four times above BMR)
Diploid
Lower critical temperature
Obesity
Satiation
28. Allow individual genes - organelles or fragments of genomes to move horizontally from one lineage to another (virus take genes from one host to new host or mitochondria/chloroplasts)
Allele frequency
Size in BMR
Allele frequency formula
Lateral gene transfer
29. If directional selection occurs for generations - however can be stopped due to change in environment or when optimal phenotype reached (then stabilizing)
Mutation
Heat budget equation
Evolutionary trend
Nervous tissue
30. Changes the encoded amino acid-- usually deleterious (nonsynonymous substitution)
Radiation
Missense Substitution
Deleterious
Feedforward information
31. Individuals interacting at a given time and place
Population
Deleterious
Post absorptive stage
Habitat patches
32. The number of osmoles of solute particles per liter of solvent - must be maintained between extracellular and intracellular fluid or cells can change volume and burst/die
Population density
Osmoconformers
Artificial selection
Osmolarity
33. Inherited but no use (whale pelvis)
Vestigial structures
Population density
Feedforward information
Lower critical temperature
34. In medulla - run parrallel to loops of Henlue and medullary collecting ducts - minimize excessive loss of solutes via diffusion
Vasa recta
Nitrogenous wastes
P53
Heterochrony
35. A sudden change to population that causes large changes in allele frequencies over time ie population bottleneck
Population density
Genetic Drift
Selfing
Ammonotelic
36. Feedback information used to counteract the influence that created the error signal (stabilizes back to set point)
Population
Habitat patches
Negative feedback
Vasa recta
37. Bicarbonate ions (Co2+H2O= h2Co3= H+ + HCO3-) Co2 removed by lungs - H+ removed by urine
Daily torpor
Major blood buffer
Glucose Transporters
Individuals do not evolve
38. Glycogen hodrolysis in liver
Allele frequency formula
Glycogenolysis
Selfing
Temperature sensitivity
39. Does not change the encoded amino acid. Occurs at highest rate (also synonymous substitution)
Genetic structure
Exon shuffling
Silent substitution
Positive feedback
40. Allele and genotype frequencies
Genetic structure
Hypoglycemia
Tubule
Silent substitution
41. BMI of 30 or greater
Obesity
Ammonotelic
Osmolarity
Nucleotide Substitution
42. Cup-shaped strucutre of the nephron of a kidney which encloses the glomerulus and where filtration takes place
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43. Hot fish have arteries closer to muscle to warm blood (countercurrent heat exchanger)- allows them to swim faster - catch prey
Osmoconformers
Orthologs
Cold fish vs hot fish
MR equation
44. Amount of fuel used during a given time to power all of its metabolic requirement - = MR - sometimes appears as heat
Glomerulus
Energy expenditure
Osmoregulators
Ammonotelic
45. Glycogen hodrolysis in liver
Post absorptive stage
Glycogenolysis
Daily torpor
Secretion
46. Functional unit of kidney - millions per - renal corpuscle forms filtrate - tubule performs secretion and reabsorption
Nephron
Psuedogenes
P53
Hardy Weinberg equilibrium
47. Glucose-used to syntheisize ATP (and triglycerides) - galactose - and fructose
Homeotherms
Chief monomers absorbed
Conduction
Secretion
48. 1. Ectoderm 2. Endoderm 3. Mesoderm
Neutral Theory
Exon shuffling
3 germ layers
Heterotopy
49. Changes set point altogether (being awake - daytime activity - disease - skin temperature)
Brown fat
Feedforward information
Dehydration
Behavioral thermoregulatory adaptation
50. 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
Honest signal
Nephron
Malpighian tubules
Secretion