Term Definition3. Biotic factor a. The nonliving factors in an environment
4. Abiotic factor b. A group of ecosystems that share the same type of climate
5. Biome c. All of the living organisms in an environment

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Answer 1

Answer:

Answer:

Organism, population, biological community, ecosystem, biome, and biosphereThe atmosphere is the part of the biosphere that describes the gasses on earth. The hydrosphere is the part of the biosphere that accounts for all of the water on the entirety of the surface of earth. The lithosphere is the part of the biosphere that captures all of the land masses on the earth’s crust and in the oceans.

Explanation:

pennfoster

Answer 2

Answer:

3. C

4. A

5. B

Explanation:

Related Questions

Which of the following situations is least likely to be fair use?A. A journalist using a video clip in a report on a government meetingB. A late-night comedian using a photo as part of a political jokeC. A sports fan using player photos to sell souvenirs at gamesD. A teacher using a photograph in a presentation to his class
How does an influenza virus cause symptoms of the flu to spread in thehuman body? O A. The proteins of the viral capsids kill all the cells around an infected cell B. The virus particles produce toxins that poison cells throughout the body C. The new viruses formed inside one cell infect and quickly kill other cells. D. The viral nucleic acid attaches to the DNA in a host cell and then lies dormant
A coral reef is the product of tiny animals—invertebrates related to jellyfish. Inside the tissues of coral animals live microscopic algae that provide all of the dazzling colors associated with reefs. Sometimes, coral animals lose their algae, a condition known as bleaching because the coral suddenly looks white. In recent years, bleaching has affected more and more reef systems all over the world.What do scientists think is causing coral bleaching?A. pollution from chlorine dumpingB. overfishing around the reefC. cooler ocean temperaturesD. warmer ocean temperaturesanswerD. warmer ocean temperatures
Which of the following is not true of water? a) it has cohesive properties b) it is polarc) it's evaporation helps regulate body temperature. d) it is a relatively poor solvent I'm thinking it's D. am I correct?
For the following biomolecular interactions, choose the main weak force interactions that mediates them. Interaction between hydrophobic (nonpolar) amino acid side chains van der Waals interaction Repulsion between negatively charged backbone of DNA double helix van der Waals interaction Interaction between water and carbonyl oxygen of guanine hydrogen bond

Ms. Brown’s class built series and parallel circuits during science lab. After the results of the experiments are collected, the students should

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Answer:

Explanation: because the teacher is in charge

Archaea differ from bacteria in that archaea

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Archaea have more complex RNA polymerases than Bacteria, similar to Eucarya. Unlike bacteria, archaea cell walls do not contain peptidoglycan. Archaea have different membrane lipid bonding from bacteria and eukarya. There are genetic differences.

Stionsctions: Answer the questions in a complete sentence.
1. What is the major difference between passive and active transport?

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Final answer:

Passive transport does not require energy and substances move from an area of high concentration to an area of low concentration. Active transport requires energy and substances move against the concentration gradient.

Explanation:

The major difference between passive and active transport is that passive transport does not require energy, while active transport requires energy. In passive transport, substances move from an area of high concentration to an area of low concentration without the use of energy. Examples of passive transport include diffusion and osmosis. In contrast, active transport involves the movement of substances against the concentration gradient, from an area of low concentration to an area of high concentration, with the use of energy. An example of active transport is the sodium-potassium pump.

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The mass extinction that led to the loss of 96% of marine life and 70% of terrestrial life was most likely due to a supernova, an asteroid impact or __________.

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The mass extinction that led to the loss of 96% of marine life and 70% of terrestrial life was most likely due to a supernova, an asteroid impact or Volcanic Eruption.

What is Mass extinction?

An extinction event is defined as a widespread and rapid decrease in biodiversity on Earth. Those events are characterized by sharp changes in the diversity and abundance of multicellular organisms that occur when extinction rates increase relative to background extinction rates and species evolution rates.

This mass extinction which happened during the end of the Permian era. The extinction of 96 percent of all marine species and 70 percent of all terrestrial species resulted in catastrophic changes on Earth, which became almost devoid of all species.

The cause of this mass extinction is related to volcanic activity, supernova or asteroid impact which could have increased the average temperature of the Earth's surface.

Thus, the mass extinction that led to the loss of 96% of marine life and 70% of terrestrial life was most likely due to a supernova, an asteroid impact or Volcanic Eruption.

Learn more about Mass Extinction, here:

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Answer:

due to volcanic eruption

Cell structure reflects cell function. Using your knowledge of the functions of particular organelles, select the incorrectmatch of a type of cell and the organelle that might be particularly abundant in that cell:a. Pancreatic cell that secretes a digestive enzyme: Rough endoplasmic reticulumb. Mammalian skin cell: Central vacuolec. Skeletal muscle cell: Mitochondriad. Liver cell that modifies toxins: Smooth endoplasmic reticulume. Leaf cell: Chloroplasts

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Answer:

Option B) Mammalian Skin Cell: Central Vacuole is incorrect.

Explanation:

Mammalia Skill cell have sweat glands that secrete sweat (composed of water, oil and salts) which help humans as protective layer against bacteria and pathogens.

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