Cell Structure And Internal Compartments - Discover Biology | Biology+

Course

Introductory Biology

Study Pack

Set 1: The Nature of Science and the Characteristics of Life

Set 2: Biological Diversity, Bacteria, and Archaea

Set 3: Protista, Plantae, and Fungi

Set 4: Animalia

Set 5: The Chemistry of Life

Set 6: Cell Structure and Internal Compartments

Set 7: Cell Membranes, Transport, and Communication

Set 8: Energy, Metabolism, and Enzymes

Set 9: Photosynthesis and Cellular Respiration

Set 10: Cell Division

Set 11: Stem Cells, Cancer, and Human Health

Set 12: Patterns of Inheritance

Set 13: Chromosomes and Human Genetics

Set 14: Dna and Genes

Set 15: From Gene to Protein

Set 16: Dna Technology

Set 17: How Evolution Works

Set 18: Evolution of Populations

Set 19: Speciation and the Origins of Biological Diversity

Set 20: The Evolutionary History of Life

Set 21: The Biosphere

Set 22: Growth of Populations

Set 23: Ecological Communities

Set 24: Ecosystems

Set 25: Global Change

Set 26: Internal Organization and Homeostasis

Set 27: Nutrition and Digestion

Set 28: Circulation and Gas Exchange

Set 29: Animal Hormones

Set 30: Nervous and Sensory Systems

Set 31: Skeletons, Muscles, and Movement

Set 32: Defenses Against Disease

Set 33: Reproduction and Development

Set 34: Animal Behavior

Set 35: Plant Structure, Nutrition, and Transport

Set 36: Plant Growth and Reproduction

Set 6 Cell Structure And Internal Compartments

✕

Set 6 Cell Structure And Internal Compartments

(Multiple Choice)

Free

The boundary structure that physically defines a cell is the

A)plasma membrane.
B)protein channel.
C)hydrophilic layer.
D)phospholipid side chain.

Answer

(Multiple Choice)

Free

Which of the following statements is false?

A)Eukaryotes use RNA as the hereditary genetic material.
B)Eukaryotes can be multicellular.
C)Eukaryotes have a membrane-enclosed nucleus.
D)Eukaryotes have membrane-enclosed organelles.

Answer

(Multiple Choice)

Free

Volvox, the multicellular green alga shown below, has flagellated cells on its surface cells but not on interior cells. How might this condition develop?

Volvox, the multicellular green alga shown below, has flagellated cells on its surface cells but not on interior cells. How might this condition develop? A)Interior cells attempt to grow flagella, but the lack of open space suppresses the effort. B)Interior cells discard the genetic instructions for flagella once their interior position is established. C)The commitment of resources for photosynthesis reduces the availability of protein and other biomolecules needed to produce flagella. D)Signals from surface cells or the absence of signals from the environment to the plasma membranes of the interior cells suppresses the growth of flagella.

A)Interior cells attempt to grow flagella, but the lack of open space suppresses the effort.
B)Interior cells discard the genetic instructions for flagella once their interior position is established.
C)The commitment of resources for photosynthesis reduces the availability of protein and other biomolecules needed to produce flagella.
D)Signals from surface cells or the absence of signals from the environment to the plasma membranes of the interior cells suppresses the growth of flagella.

Answer