1. Learning Target: Today, I can draw conclusions about the function of cellular respiration and the systems of the body involved in cellular respiration by analyzing its formula.
How and where does cellular respiration occur?
Do Now: What is ATP?

2. Part 1: Analyze this chemical formula. Can you make sense of it
Part 1: Analyze this chemical formula. Can you make sense of it? ATP C6H12O6 + O2 CO2 + H2O and more ATP What are the substances that go into this process? What are the substances that are a result of this process? What is the purpose of the process? Why does it occur? Where does this process occur? What is this process called?

3. Part 1: Analyze this chemical formula. Can you make sense of it?
Cellular Respiration
C6H12O6 + O2 H2O + CO2 + ATP
glucose + oxygen water + carbon dioxide
and even more ATP
This is the process in which energy is converted into a form of energy the organism can use (ATP).
This process occurs in the mitochondria of the cell.
ATP

4. Part 2: How do systems of the body work together in cellular respiration? C6H12O6 + O2 H2O + CO2 + ATP glucose + oxygen water + carbon dioxide and even more ATP What are the systems of the body that bring in the substances that go into this process? What system delivers these substances to the cells? How will the waste substances that are result of this process get away from the cells? What systems of the body will get rid of these wastes?
ATP

5. How will the oxygen get into the body
and to the cell?
The oxygen is brought into the body by the respiratory system and is delivered to the cells by the circulatory system.

6. How will the glucose get into the body
and to the cell?
Glucose is brought into the body by the digestive system and is delivered to the cells by the circulatory system.

7. How will the carbon dioxide get away from the cell and out of the body?
The circulatory system picks up the carbon dioxide from the cell and the respiratory system releases (excretes) it from the body.

8. How will the water get away from the cell and out of the body?
The circulatory system picks the water up from the cell and the urinary system or the integumentary system (sweat) releases (excretes) it from the body.

9. What are the substances that go into this process
What are the substances that go into this process? Glucose (C6H12O6) and Oxygen (O2) and ATP which break the bonds between the glucose molecules and the oxygen molecules. What are the substances that are a result of this process? Carbon dioxide (CO2) and water (H2O) and more ATP Where does this process occur? In the mitochondria of cells. What are the systems of the body that bring in the substances that go into this process? The digestive system brings in glucose and the respiratory system brings in oxygen. What system delivers these substances to the cells? The circulatory system delivers the glucose from the digestive system to the cells. The circulatory system delivers the oxygen from the respiratory system to the cells.

10. How will the waste substances that are result of this process get away from the cells? The circulatory system will bring the waste products away from the cells. What systems of the body will get rid of these wastes? The carbon dioxide will be delivered to the respiratory system to be removed from the body. The water will be brought to the urinary system (where it will be removed as urine), or the endocrine system or the integumentary system- skin (where it will be removed as sweat). What is this process called? Cellular respiration. What is the purpose of this process? Energy from plants is converted into ATP which is the energy that the body can use to do work.

11. What is a histogram vs bar graph?
The major difference is that a histogram is only used to plot the frequency of score occurrences in a continuous data set that has been divided into classes, called bins. The histogram data cannot be rearranged. Bar graphs, on the other hand, can be used for a great deal of other types of variables including ordinal and nominal data sets