The Biology Semester 2 Final examines key concepts such as photosynthesis, Darwin's finches, population dynamics, renewable resources, and historical population data. This quiz assesses understanding of ecological roles, evolutionary adaptations, and resource management, crucial for students in biology.
Option 1
Were descended from similar birds in Africa.
Would become more similar over time.
Had become adapted to eating different diets.
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Available shelter
Nesting sites
Competition
Birthrate
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Coal
Wind
Natural gas
Oil
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1 million
2 million
500 thousand
I billion
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Mutualistic.
Competitors.
Parasites.
Parasites.
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Habitat loss
Air pollution
Water pollution
Soil erosion
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Period D
Period A
Period C
Period B
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Trees
Oceans
Humans
Ground water
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Elephants and bacteria changed constantly.
Animals changed, but plants remained the same.
Species changed over time by natural selection.
Species changed over time and never competed with each other
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Must be created in laboratories.
Can replenish themselves naturally.
Were never utilized until the 20th century.
Are manufactured from fossil fuels.
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Ominvores
Producers
Herbivores
Carnivores
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Organisms with traits well-suited to their environment reproduce at a greater rate than less well-adapted organisms in the same environment.
Change occurs in the genetic characteristics of individuals that live together in an environment from one generation to another.
Baseball players pass on the trait for strong arm muscles to children.
Use and disuse of a characteristic leads to evolutionary change.
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There is little effect
The whole food chain dies out
Those higher in the food chain must find alternate sources of food; those lower in the food chain must be controlled by other consumers
Those higher in the food chain benefit; those lower in the food chain suffer
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Susceptible to disease.
Resilient.
Competitive.
Challenging to survival.
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Ten percent of the energy in the level above it.
50 percent of the energy in the level below it.
100 percent of the energy in the level below it.
Ten percent of the energy in the level below it.
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Carbon
Boron
Mercury
Silicon
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Fats
Water
Carbohydrates
Proteins
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The humidity and temperature it prefers
Its tropic level
Its number of chromosomes
When it reproduces
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Binomial nomenclature.
Taxonomic evolution.
Genus species.
Greek polynomials.
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Abiotic
Symbiotic
Density-dependent
Density-independent
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Extinction
Deforestation
Biodiversity
Recycling
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Water cycle
Phosphorus cycle
Carbon cycle
Nitrogen cycle
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Is at the top of the energy pyramid.
Eats other organisms.
Converts the energy of sunlight into high-energy organic compounds.
Breaks down dead organisms into recyclable simple chemicals.
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Competition
At peace
Coevolving
In harmony
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Population genetics.
Gradualism.
Speciation.
Convergence.
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Predation
Symbiosis
Coevolution
Limiting factors
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All things, living and non-living, in a certain are
All the habitats in a certain area.
All of one species living in a certain area.
All living organisms living in a certain area.
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Biodiversity.
Carrying capacity.
Growth.
Population.
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Prokaryotes.
Eukaryotes.
Plants
Animals
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Genetic drift
Speciation
Random mating
Natural selection
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Cladistics.
Binomial nomenclature.
Phylogeny.
Taxonomy.
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