Top Banner
Semester 1 Review
36

Semester 1 Review

Feb 24, 2016

Download

Documents

ronni

Semester 1 Review. Made of smaller units called amino acids. Protein Lipids Carbohydrates Nucleic Acids. The grouping of objects or information based on similarities is called. Taxonomy Classification Evolution Genus. a difference between concentrations in a space. Osmosis Diffusion - PowerPoint PPT Presentation
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Semester 1 Review

Semester 1 Review

Page 2: Semester 1 Review

Made of smaller units called amino acids

A. ProteinB. LipidsC. CarbohydratesD. Nucleic Acids

Page 3: Semester 1 Review

The grouping of objects or information based on similarities

is calledA. TaxonomyB. ClassificationC. EvolutionD. Genus

Page 4: Semester 1 Review

a difference between concentrations in a space

A. OsmosisB. DiffusionC. Concentration GradientD. Exocytosis

Page 5: Semester 1 Review

A well tested explanation that connects a wide range of

observations.

A. Scientific LawB. InferenceC. HypothesisD. Scientific Theory

Page 6: Semester 1 Review

• A possible explanation or idea about a question or problem that can be formally tested.

A.Fact

B.Inference

C.Hypothesis

D.Experiment

Page 7: Semester 1 Review

The mouse is at the (?) trophic level

A. 1B. 2C. 3D. 4

Page 8: Semester 1 Review

Concentrations of dissolved particles are higher outside the

cell than inside the cell

A. IsotonicB. HypertonicC. Hypotonic

Page 9: Semester 1 Review

All of the changes during the lifetime of an organism

A. AdaptationsB. EvolutionC. Growth D. Development

Page 10: Semester 1 Review

1 benefits, other unaffected

A. MutualismB. CommensalismC. ParasitismD. Predation

Page 11: Semester 1 Review

Biological Magnification

A. 10% of energy is passed from each trophic level to the next

B. Toxic compounds accumulate in the tissues of organisms.

C. The progression of the food chain from autotroph to highest-order heterotroph.

D. Larger organisms are found higher in the food chain.

Page 12: Semester 1 Review

Ability to Adjust to Surroundings & maintain internal/external stability

A. StimulusB. OrganizationC. HomeostasisD. Growth & Development

Page 13: Semester 1 Review

movement of particles from an area of high concentration to an area of

low concentration.

A. OsmosisB. Concentration GradientC. DiffusionD. Dynamic Equilibrium

Page 14: Semester 1 Review

A stimulus is:

• action organism takes when stimulus occurs

• condition that requires an organism to adjust

• Ability to maintain internal/external stability to survive

• Where all parts function together in an orderly system

Page 15: Semester 1 Review

A statement of fact meant to explain an action.

It is generally accepted to be true and universal, and can sometimes be expressed in

terms of a single mathematical equation.

A. Scientific LawB. Scientific TheoryC. HypothesisD. Inference

Page 16: Semester 1 Review

This point that a population oscillates around is the (?) for that particular

organism

A. Limiting FactorB. Exponential GrowthC. Carrying CapacityD. Linear Growth

Page 17: Semester 1 Review

microbes that live in conditions that would kill other creatures

A. AutophilesB. SessileC. ExtremophilesD. Eubacteria

Page 18: Semester 1 Review

branch of biology that groups and names organisms based on their

characteristics

A. TaxonomyB. ClassificationC. EvolutionD. Genus

Page 19: Semester 1 Review

Taxa from most specific to most broad

A. Species, Genus, Family, Order, Class, Phylum, Kingdom, Domain

B. Class, Species, Genus, Order, Phylum, Kingdom, Domain, Family

C. Domain, Kingdom, Phylum, Class, Order, Family, Genus, Species

D. Species, Family, Genus, Order, Phylum, Class, Kingdom, Domain

Page 20: Semester 1 Review

Coined the term “Natural Selection”

A. LaMarckB. MendelC. DarwinD. Hooke

Page 21: Semester 1 Review

Linnaean system of classification

A. Biological TaxaB. Taxonomical classificationC. Binomial nomenclatureD. Classification nomenclature

Page 22: Semester 1 Review

Believed that parents could use or disuse organs and lose or acquire

traits during their lifetime

A. LaMarckB. MendelC. DarwinD. Hooke

Page 23: Semester 1 Review

Evolution is:

A. Small changes accumulate over a large amount of time, and populations change

• Species acquired traits from parents• Individual organisms changing over time,

passing changes to offspring• Two species eventually becoming one

new one

Page 24: Semester 1 Review

The most abundant gas in our atmosphere, but it is not in a form

we can use.

A. OxygenB. CarbonC. NitrogenD. Phosphorus

Page 25: Semester 1 Review

Nonliving parts of an organisms environment.

A. Biotic factorsB. Limiting factorsC. Abiotic factorsD. Biome

Page 26: Semester 1 Review

The physical space where an organism lives

A. BiomeB. CommunityC. HabitatD. Niche

Page 27: Semester 1 Review

A form of transport aided by transport proteins that doesn’t use

energy

• Osmosis• Passive transport• Facilitated transport• Active transport

Page 28: Semester 1 Review

A specialized role a species has in its habitat.

A. BiomeB. CommunityC. HabitatD. Niche

Page 29: Semester 1 Review

Whole living layer around the globe

A. BiomeB. BiosphereC. HabitatD. Ecosystem

Page 30: Semester 1 Review

(?) are a body’s main source of energy.

A. ProteinB. Fatty AcidsC. Nucleic AcidsD. Carbohydrates

Page 31: Semester 1 Review

Another name for a producer

A. HeterotrophB. OmnivoreC. HerbivoreD. Autotroph

Page 32: Semester 1 Review

2 species have a close & permanent relationship together

A. PredationB. CommunityC. SymbiosisD. Niche

Page 33: Semester 1 Review

(?) keep phospholipid tails from sticking

A. Fatty AcidB. CarbohydratesC. WaterD. Cholesterol

Page 34: Semester 1 Review

The mouse is a (?) level heterotroph

A. 1B. 2C. 3D. 4

Page 35: Semester 1 Review

Chemical energy is released and allows the (?) to change shape, particle is moved to the other

side of membrane

A. Carrier proteinB. Channel proteinC. Plasma MembraneD. Transport protein

Page 36: Semester 1 Review

non-native (or alien) to the ecosystem it is currently in.

A. ExtremophileB. 2nd order heterotrophC. Invasive SpeciesD. Indicator Species