Author: Judy Jones

Cellular Transport

Rate of Photosynthesis

Graph the following data. Make sure to label the axis!

Cell Information Brochure
Number Four

Temperature (°C)	Volume of Oxygen Produced (mL)
0	0
10	10
20	15
30	23
40	18
50	12
60	5
70	0

1. What are cells?
2. What is the cell’s job?

Prokaryote vs. Eukaryote

Compare and contrast. Give an example of each.

Cell Differentiation

There are 3 _____________ on the microscope. To calculate the magnification, you multiply the magnification on the ________________ by the magnification of the ________________.
Calculate the following magnifications below:
Red: 4X × Eyepiece (10X) = _______X
Yellow: 10X × Eyepiece (10X) = _________ X
Blue: 40X × Eyepiece (10X) = __________ X
Yellow: 10X × Eyepiece (10X) = _______X
Blue: 40X × Eyepiece (10X) = _______X

How Cells Communicate

Neurons:
Hormones:

At which temperature is the rate of photosynthesis greatest?
Why is photosynthesis maximized at this temperature?

Explain how cells differentiate

Mitochondria & Chloroplast Structure

Draw a picture of a mitochondria and explain what its function is.
Draw a picture of the chloroplast and explain what its function is.

Active vs. Passive Transport:
Diffusion:
Osmosis:
Facilitated Diffusion:

Using a Microscope

Structure and Function of Cell Organelles

Parts of a Cell

Plant Vs. Animal Cells

Nucleus:
Cell/Plasma Membrane:
Cytoplasm:
Cell wall:
Mitochondria:
Vacuole:
Chloroplast:
Ribosome:
Lysosome:
Golgi Apparatus:
Endoplasmic Reticulum:

For the above picture, label the organelle with the appropriate letter:
Nucleus
Plasma membrane
Mitochondria
Vacuole
Chloroplast
Ribosome

Hierarchy of Cell Organization

Cells

Mitochondria:
Chloroplasts:
Cell Wall:
Size of Vacuoles:

Bioenergetic Reactions

Photosynthesis:
Equation:
Where it occurs:
Purpose:
Aerobic Respiration:
Equation:
Where it occurs:
Purpose:
How many ATP produced?
Anaerobic Respiration:
Equation:
Where it occurs:
Purpose:
How many ATP produced?
Types: