8.1-Life is Cellular
8.2-Cell Structure
8.3-Cell Transport
8.4-Homeostasis and Cells
100

Cells were discovered in this year

What is 1665?

100

Mitochondria.

Powerhouse of the Cell.

100

Passive transport work with or against diffusion

With.

100

Order the following from smallest to largest: Circulatory system, Heart, Muscle cell, Muscle tissue

What are muscle cell, Muscle tissue, heart, circulatory system.

200

Invention that allowed scientists to first observe cells.

What is a microscope?

200

Organelles.

Little Organs, Other sections/components

200

Diffusion

Molecules move from an high area of concentration to a low area of concentration.

200
Cells can be specliazed and give an example.

What are they can become specialized for a specific function like muscle cells for movement.

300

 2 things that all cells have

DNA and cell membrane

300

Method of Vesicle Formation.

Budding from the Membrane.
300

Difference between Passive and Active Transport

Use of Energy.
300

Needed for communication between 2 cells.

What are chemical signals and receptors.

400

Fundamental difference between eukaryotic and prokaryotic cells.

What is Nucleus?

400

Cytoplasm description.

What are Region outside of nucleus, Soupy Plasma region, and full of nutrients and organelles.

400

Type of molecules that pass through the cell membrane.

What are Small, Uncharged?
400

2 key characteristics of multicellular organisms that allow them to maintain homeostasis.

What are they’re interdependent and they can become specialized to perform specific functions.

500

3 components of classical cell theory. 

What are all living things are made up of cells, cells are the basic units of structure and function in living things, and new cells are produced from existing cells.



500

Organelles involved in Protein Creation and Formation

What are the Nucleolus, Ribosomes, Golgi body, and Endoplasmic Reticulum?
500
3 forms of cell transport talked about in class.

Protein Pumps, endocytosis, exocytosis.

500

To maintain homeostasis, unicellular organisms can.

What are grow, respond to their environment, transform energy, and reproduce

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