1 8 Cellular Respiration Ms Blalock Ms Hartsell

1 -8 Cellular Respiration Ms. Blalock, Ms. Hartsell

Do Now Directions: Silently walk to your assigned seat number. Begin working on the Unit 1 Quiz. If you talk once, it’s a warning. If you talk twice, it’s a zero. Time: 20 minutes

Aim: How do bacteria “breathe”? Agenda Unit 1 Quiz (20 minutes) Activity List (30 minutes) Cellular Respiration Recap (10 minutes) Culture Building (10 minutes) Exit Ticket (5 minutes)

Activity—Cellular Respiration Power. Point Directions: 1 st-Fill out notes using Power. Point 2 nd-Write down three questions you have about cellular respiration Time: 10 minutes

Humans are made of billons of cells. Bacteria are only made of one. Despite differences in what we look like, bacteria and humans are both living things and perform life functions in similar ways.

Humans are complex and have organ systems (such as the digestive and respiratory systems) that help us carry out life functions. Bacteria are only made of one cell and, therefore, have no organs, but they are still able to perform life functions. But how?

Inside of bacteria are organelles. Organelles perform jobs for cells the same way that organs perform jobs for humans. On the next slide, you will see some comparisons between organs in humans and organelles inside cells.

Job Surrounds and protects from the outside environment Processes oxygen and releases carbon dioxide Human Organ Cell Organelle Skin Cell Membrane Lungs Mitochondria

The mitochondria is an organelle that performs a job similar to lungs in humans. The mitochondria performs the process of cellular respiration. Structure X in the diagram below is a representation of a mitochondria.

Job Cell Organelle This organelle is associated with the following processes… Surrounds and protects from the outside environment Cell membrane Diffusion and Active Transport Mitochondria Cellular Respiration Processes oxygen and releases carbon dioxide

Cellular respiration is important for cells because it is how cells make energy (ATP) which fuels all of the other processes inside cells. Without cellular respiration there would be no ATP and without ATP the cell wouldn’t be able to do things like active transport. It also wouldn’t be able to reproduce and divide. Without cellular respiration, cells would die because of a lack of ATP.

Cellular Respiration Formula

Cellular Respiration Formula Ingredients (what goes in) Products (what is made)