Large
Small
Complex
Simple
Membrane Bound Organelles
No Membrane Bound Organelles
(3 items)

(3 items)

For each row, select if the structure is observed in prokaryotes, eukaryotes, OR select both boxes if the structure is found in both type of cell.
Prokaryote | Eukaryote | |
|---|---|---|
Nucleus | ||
No nucleus | ||
Cell membrane | ||
Ribosomes | ||
DNA | ||
Cytoplasm | ||
Simple | ||
Complex |
Eukaryotes Only | Prokaryotes Only | BOTH (All Cells) | |
|---|---|---|---|
Living thing | |||
Simple | |||
Complex | |||
Large | |||
Small | |||
DNA | |||
Nucleus | |||
No nucleus | |||
Cell membrane | |||
Ribosomes | |||
Cytoplasm | |||
Membrane bound organelles |
Decide whether each item below belongs to Prokaryotes (2), Eukaryotes (2), or Both (2).
Large
Small
Simple
Complex
Ribosomes
DNA
Prokaryotes Only
2 items
Eukaryotes Only
2 items
Both
2 items
Decide whether each item below belongs to Prokaryotes (1), Eukaryotes (2), or Both (2).
Nucleus
No nucleus
Cell Membrane
Cytoplasm
Membrane Bound Organelles
Prokaryotes
1 item
Eukaryotes
2 items
Both
2 items
Select all of the cells below that have DNA.
Select all of the cells below that have a nucleus.
Select all of the cells below that have ribosomes.
Select all of the cells below that have mitochondria.
Select all of the cells below that have chloroplasts.
Select all of the cells below that have a cell membrane.
Select all of the cells below that have a cell wall.
Correctly match the cell organelle to its function (job).
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Mitochondria | arrow_right_alt | Provides Instructions for Making Proteins |
DNA | arrow_right_alt | Responsible for making the proteins that build our physical traits. |
Cell Membrane | arrow_right_alt | Creates ATP (energy) by breaking down glucose (food) for both plant and animal cells. |
Ribosome | arrow_right_alt | Uses solar (sun) energy to make glucose (food) for plant cells. |
Chloroplast | arrow_right_alt | Maintains homeostasis by controlling what can enter and leave the cell. |
You can find ribosomes in....
Why are prokaryotes so simple?
Why are eukaryotes so complex?
Provides instructions for making proteins (P.I.M.P)
Categorize each item as plant or both animal and plant cells.
Nucleus
Cell Wall
Chloroplast
Ribosome
Cell Membrane
Vacuole
Mitochondria
Plant (2 items)
Both Animal and Plant Cell (5 items)
Which cell components could be observed in a prepared slide of leaf cells but not in prepared slides of human cheek cells?
When mammals get an infection, their body temperature often rises 2-3 degrees. The body gets the energy it needs to react to an infection by –
Some students used information they gathered from lab investigations to prepare a table. They entered the table in their lab notebooks.
Which of these correctly identifies the two cells described in the table above?
Select TWO answer choices.
A student groups different types of cells as shown below.
Identify the groups the student created by moving the correct answer to the boxes provided.
A student groups different types of cells as shown below.
Complete the sentence below with the provided options.
The cells in Section 1 are because they .
A scientist has discovered a new toxin to use in biological warfare. This newly synthesized poison crosses all cellular membranes and attacks the cell by breaking down its genetic material (DNA). This stops all cellular activity and kills the cell.
Based on this information, the new toxin could be used to kill which type of cell?
Antibiotics are medicines that treat infections by killing bacteria. Some antibiotics work by targeting and shutting down bacterial ribosomes.
What effect would shutting down the RIBOSOMES of a bacteria have?
Hummingbirds must eat almost continuously to maintain their high energy needs. For example, their wings beat more than 3,000 times per minute.
Therefore, hummingbird muscle cells must have a large number of in order to provide them with the energy they need.
Correctly match the cell organelle to its function (job).
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Cell Membrane | arrow_right_alt | Provides Instructions for Making Proteins |
Chloroplast | arrow_right_alt | Responsible for making the proteins that build our physical traits. |
Ribosome | arrow_right_alt | Creates ATP (energy) by breaking down glucose (food) for both plant and animal cells. |
DNA | arrow_right_alt | Uses solar energy(sun) to make glucose (food) for plant cells. |
Mitochondria | arrow_right_alt | Maintains homeostasis by controlling what can enter and leave the cell. |
Maintains homeostasis by controlling what goes in and out of both Eukaryotic and Prokaryotic Cells.
Responsible for synthesizing (making) proteins in both Eukaryotic and Prokaryotic Cells.
Holds the DNA in Eukaryotic Cells.
Breaks down glucose (food) into ATP (energy) to power Eukaryotic Cells.
Uses sunlight (energy) to make glucose (food) for Plant Cells.
Which cell components could be observed in a prepared slide of leaf cells but not in prepared slides of human cheek cells?
When mammals get an infection, their body temperature often rises 2-3 degrees. The body gets the energy it needs to react to an infection by –
Match the similarities and differences between prokaryotic and eukaryotic cells
Match the similarities and differences between prokaryotic and eukaryotic cells
Match the similarities and differences between prokaryotic and eukaryotic cells
Some students used information they gathered from lab investigations to prepare a table. They entered the table in their lab notebooks.
Which of these correctly identifies the two cells described in the table above?
Students created note cards comparing characteristics of eukaryotic and prokaryotic cells.
Which set of note cards most accurately compares these cells?
Based on the information in the table below, which of the cell(s) would be classified as EUKARYOTIC?
Select TWO correct answers.

Below is a table demonstrating the difference between a plant cell and an animal cell.
Move ONE correct answer to each box.

Explain you answer above.
Below are two cells observed under a microscope. What is the difference between Cell A and Cell B?
Below are two cells observed under a microscope.
What do Cell A and Cell B have in common? (What similarities do they share?)
What is a similarity shared by Cell A and Cell B?
Students use a microscope to look for structures present in four different cells. The students placed and X for each structure that was viewed for each cell on the table shown.
Which cell that was viewed is most likely a prokaryote?
Students use a microscope to look for structures present in four different cells. The students placed an "X" for each structure that was viewed for each cell on the table shown below.
Which cell is most likely a PROKARYOTE?
During a school pep rally, Zach tripped and scraped his knee. His body starts the process of making new skin cells to replace the damaged skin cells.
Which cell organelle synthesizes the proteins to form the new skin cells?
Cheetahs run at speeds up to 70 miles per hour! These consumers eat to provide their bodies with high amounts of energy needed to run at these high speeds.
The leg muscles of cheetahs must have a large number of which organelle to provide them with the energy they need?
Prokaryote or Eukaryote?
Which cells are eukaryotic?

Which is the plant cell?

Which is the prokaryote?

Stores excess food, water, waste, and enzymes
Packages and exports proteins
Second layer of support and protection in plant cells
Maintains homeostasis by controlling what goes in/out
Synthesizes (makes) protein
Uses sunlight to create glucose (food) for the cell
Holds and protects the DNA in eukaryotic cells
Controls what goes in and out of the cell
Synthesizes proteins in prokaryotes and eukaryotes
Gives structure to plant and bacteria cells
Where photosynthesis takes place
Converts food into ATP for the cell
Contains genetic information