C.1.a Sketch a heart [Anatomy]
C.1.b Label a drawing of a heart (according to p 330 in textbook) [Anatomy]
C.1.c Using diagrams, explain how heart valves function to keep blood moving in only one direction "automatically." [Function]
C.1.z Vocab:
C.2.a Describe the direction of blood flow through the heart [Anatomy; Systems]
C.2.b Identify where blood goes when it leaves the heart and where blood come from when it returns to the heart [Systems]
C.2.c Explain the role of blood in providing nutrients nd removing wastes
C.2.d Identify major nutrients and wastes.
C.2.z Vocab:
C.3.a Compare 3 muscle types: smooth, skeletal and cardiac [Anatomy]
C.3.b Describe the general role of electricity in muscle function [Function]
C.3.c Describe electrical stimulation of the heart by naming relevant structures and describing their function in signal transmission and muscle stimulation
C.3.d Explain why transmitting stimulations for contraction smoothly over the heart from the SA node to the bottom of the ventricles would prevent efficient pumping.
C.3.e Interpret ECG by describing (1) heart anatomy, (2) electrical stimulation, (3) muscle contraction and (4) blood flow
C.3.z Vocab:
C.4.a Describe function of blood
C.4.b Describe structure to function relationship in arteries, arterioles, capillaries, venules, veins
C.4.c Describe role of oxygen, carbon dioxide and glucose in organisms in general terms
C.4.d Based on location (ie. muscle/intestine/lung/brain), explain whether oxygen/carbon dioxide/glucose are moving from tissue into blood or vice versa.
C.4.z Vocab: artery, arteriole, vein, venule, capillary, lumen
C.5.a Draw and label fish or amphibian heart
C.5.b Explain structural differences between fish/amphibian and human hearts.
Begin with new textbook. Students read p 64-70