Text: The Circulatory and Respiratory Systems EXPERIMENT 3: MODELING THE CIRCULATORY SYSTEM Data Tables Table 3: Circulatory System Model Observations Actions Water Level and Direction of Water Flow Before squeezing the Bottles Squeezing Bottle Directly After Squeezing Bottle Squeezing Bottle 2 Directly After Squeezing Bottle Squeezing Bottle and 2 Back and Forth Draw a diagram of your circulatory model. Use the terms Left Side of the Heart, Right Side of the Heart, Lungs, and Body. Reference the lab Introduction to label your drawing. Use arrows to label your drawing and show the direction of water flow.
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The Circulatory and Respiratory Systems EXPERIMENT 3: MODELING THE CIRCULATORY SYSTEM Data Tables Table 3: Circulatory System Model Observations Actions | Water Level and Direction of Water Flow --- | --- Before squeezing the Bottles | Squeezing Bottle 1 | Directly After Squeezing Bottle 1 | Squeezing Bottle 2 | Directly After Squeezing Bottle 2 | Squeezing Bottle 1 and 2 Back and Forth | Draw a diagram of your circulatory model. Use the terms Left Side of the Heart, Right Side of the Heart, Lungs, and Body. Reference the lab Introduction to label your drawing. Use arrows to label your drawing to show the direction of water flow.
Katlin K.
Draw a diagram of your circulatory model. Use the terms Left Side of the Heart, Right Side of the Heart, Lungs, and Body. Reference the lab Introduction to label your drawing. Use arrows to label your drawing to show the direction of water flow.
I would like you to type/draw up the following: 1) a) Describe/draw the composition and function of the blood: plasma (and what it carries), blood cells, leukocytes, erythrocytes (and hematocrit), hemoglobin, platelets. b) Describe/draw the structure of the heart and the functions related to those structures. Draw a heart diagram: Label all chambers (and the right and left valves). Draw the circulation of blood, cardiac cycle from the body, to and through the heart; to the lungs, back to the heart and out, and indicate which blood is oxygen-rich and in which structures it is not. If it helps, you may want to draw two (simple) lungs to connect the vessels so it makes more sense.
Sri K.
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