SUBJECTS
|
BROWSE
|
CAREER CENTER
|
POPULAR
|
JOIN
|
LOGIN
Business Skills
|
Soft Skills
|
Basic Literacy
|
Certifications
About
|
Help
|
Privacy
|
Terms
|
Email
Search
Test your basic knowledge |
CLEP Biology: Social Biology
Start Test
Study First
Subjects
:
clep
,
science
,
biology
Instructions:
Answer 39 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. _____________ is thought to be a genetic disorder linked to several genes.
Explosions
Polygenesis
Social Darwinism
Demographic Transition
2. This evolutionary theory gave biological foundation to the principle of a freely competitive market: or _________ __________.
Germs
Exponentially
Recombinant
Social Darwinism
3. The death of one species or population can cause the decline or elimination of others - a process known as ____________ extinction.
Overhunting
Secondary
Eutrophication
Growth rate
4. Habitat _________ is the disturbance of the physical environment of a species - for example cutting a forest or draining wetlands.
Disruption
Demographic Transition
Overhunting
Germs
5. The _______-___________ countries (mdcs) doubled their populations between 1850 and 1950 - due to a decline in the death rate and improved living conditions.
More-developed
Constraints
Splice.
Social Darwinism
6. Human action is causing the ____________ of species at thousands of times the natural rate.
Polygenesis
Manipulation.
Explosions
Extinction
7. The human population is growing _____________ - and not geometrically.
Organisms
Dependency
Biotic
Exponentially
8. __________ experiments seek to gain information about the localization and interaction of the desired protein. One way to do this is to replace the wild-type gene with a 'fusion' gene - which is a juxtaposition of the wild-type gene with a reporting
Biotechnology
Tracking
Introduction
Biotic
9. On a positive note - human-induced population ____________ can provide needed resources for growing human populations.
Domestication
More-developed
Biotic
Explosions
10. ________________ of populations leads to possible outcomes: population growth as previous limits are removed - population decline as new limits are imposed
Secondary.
Destabilization
Germs
Organisms
11. __________ _________ limits population size. The effects of environmental resistance become more pronounced as the population approaches this number.
Splice.
Dependency
Carrying capacity
Zero
12. Loss of function - or __________ experiments - are those in which an organism is engineered to lack one or more genes. This allows the experimenter to analyze the defects caused by this mutation - and can be considerably useful in unearthing the func
Exponentially
Knockout
Introduction
Domestication
13. Genetic __________ is the artificial assembly of DNA fragments of different origin - made possible by the tools of genetic engineering.
Secondary.
Germs
Demographic Transition
Manipulation.
14. Changes in the biological environment occur in many ways. During Species ___________ an exotic species is introduced into an area where it may have no predators to control its population size - or where it can greatly out-compete native organisms.
Explosions
Fittest.
Overhunting
Introduction
15. Human populations have continued to increase - due to use of ___________ that has disrupted natural populations.
Technology.
Biotic
Organisms
Knockout
16. Agriculture and animal ____________ are examples of population increase of favored organisms.
Biotechnology
Carrying capacity
Domestication
Introduction
17. Anti-genetic-engineering groups say that with current ___________ technology there is no way to ensure that genetically modified organisms remain under control.
Recombinant
Extinction
Secondary.
Doubling time
18. Since a protein is specified by a DNA segment or gene - future copies of that protein can be modified by changing the gene's underlying DNA. One way to do this is to isolate the DNA - cut it - and ________ in a different DNA segment.
Technology.
Splice.
Explosion
Dependency
19. The best known applications of genetic engineering are genetically modified __________(GMOs).
Secondary
Organisms
Exponentially
Fittest.
20. During _____________ extinction - loss of food species can cause migration or extinction of any species that depends largely or solely on that species as a food source.
Growth rate
Constraints
Secondary.
Germs
21. A _____________ is a constituent element of the DNA molecule. There are 3.5 billion of them in humans - separated into four categories: adenines - guanines - cytosines and thymines.
Zero
Nucleotide
Doubling time
Polygenesis
22. The ________ _____ is determined by the birth rate and the death rate of a population - usually per 1 -000 individuals.
Splice.
Growth rate
Eutrophication
Domestication
23. Reluctance to recognize this field as ____________ has become popular in the anti-globalization movement and safe trade movement - and is also widely held by most Green parties - and the major parties of France and Germany - which have resisted any a
Social Darwinism
Growth rate
Dependency
Engineering
24. ___________ of exotic or alien non-native species into new areas is perhaps the greatest single factor to affect natural populations.
Less-developed
Organisms
Introduction
Dependency
25. Removal of a competing species can cause the ecological release of a population __________ in that species' competitor.
More-developed
Eutrophication
Explosions
Explosion
26. Human populations can be broken down into three age groups: ________ - reproductive - and postreproductive
Explosions
Doubling time
Knockout
Dependency
27. Genetic Engineering - Genetic __________(GM) - and Gene Splicing (once in widespread use but now deprecated) describe the process of manipulating genes in an animal or plant - outside of the organism's normal reproductive process.
Engineering
Explosions
Introduction
Modification
28. Pollutants generally are releases of substances into the air and water. Many lakes often have nitrogen and phosphorous as limiting nutrients for aquatic and terrestrial plants. Runoff from agricultural fertilizers increases these nutrients - leading
Introduction
Germs
Eutrophication
Nucleotide
29. _________ population growth occurs in two cases. 1. ZPG = high birth rates - high death rates 2. ZPG = low birth rates - low birth rates
Engineering
Overhunting
Extinction
Zero
30. In one of his first essays - Herbert Spencer applied Malthusianism to animals and launched the expression 'Survival of the _________' later borrowed by Darwin.
Explosions
Growth rate
Zero
Fittest.
31. ___________ _____ (d) is calculated by dividing the demographic constant by the growth rate.
Eutrophication
Doubling time
Germs
Knockout
32. A ___________ ___________ is defined as a decrease in birth and death rates due to economic and industrial growth.
Modification
Prey
Demographic Transition
Germs
33. ____________ companies have gained far greater control over the production chain than was true of the seed companies that predated them.
Explosions
Secondary
Demographic Transition
Biotechnology
34. The ______-_________ countries (ldcs) have a higher growth rate than the mdcs. That rate peaked in the early 1960s.
Less-developed
Modification
Biotechnology
Secondary
35. By _____________ - when a predator population increases or becomes more efficient at killing the prey - the prey population may decline or go extinct.
Modification
Overhunting
Knockout
Biotechnology
36. Predator release is common where humans hunt - trap - or otherwise reduce predator populations - allowing the ______ population to increase.
Introduction
Carrying capacity
Domestication
Prey
37. Humans can remove or alter the _________ on population sizes - with both good and bad consequences.
Germs
Secondary
Nucleotide
Constraints
38. Louis Pasteur is a chemist known for his discovery that most infectious diseases are caused by _______ . This is known as the 'germ theory of disease.'.
Less-developed
Constraints
More-developed
Germs
39. The ________ potential of a population is the maximum growth rate under ideal conditions.
Constraints
Prey
Biotic
Knockout