Left arm→ capillaries→ venules→veins → superior vena cava→ right atrium→ right ventricle→pulmonary artery→ lungs→pulmonary veins → left atrium→ left ventricle→ aorta → branches of aorta → arterioles → capillaries.
If there isn't enough space you can omit the course of blood from atrium to ventricle and just write heart in place of them .
13. Trace the path a drop of blood would take as it travels from a capillary...
Trace the path of a drop of blood traveling from the right ventricle to the spleen.
Path of Blood in the Body In adult mammals, including humans, the heart is a double pump. The right ventricle po pulmonary circuit-to the lungs and back to the heart (Fig. 16:3). While the blood up carbon dioxide and gains oxygen. The left ventricle pumps blood to the systemic whole body except to the lungs. Blood in the systemic circuit gives up oxygen and gains Figure 16.3 shows the path of blood in both the pulmonary and systemic circuits in...
Place the following structures in order according to the path of blood circulation through the heart. Systemic venous circulation Systemic arterial circulation venae cavae right atrium lungs pulmonary vein right ventricle pulmonary artery left atrium left ventricle aorta
Blood Vessels and the Circulatory System Overview of Circulatory System Blood vessels form closed tubular systems which carry blood from the heart through the systemic and pulmonary systems. Arteries carry blood away from the heart to smaller arterioles, which feed capillary beds. The capillary beds empty into venules, which coalesce into larger veins. All veins eventually empty into the superior and inferior venae cavae or into the pulmonary veins. These vessels return blood to the heart. A. List the heart...
Trace a drop of blood from the right big toe to the dorsum of the left hand. Include the circulation through the heart and lungs.
Trace a drop of blood traveling from the small intestine to the left ventricle of the heart.
Blood returns from the body into the heart where it then moves through the structures of the heart and finally out into the systemic circulation. Place the following structures in the order that the blood would pass through them. 1.right ventricle 2.left atrium 3.right atrium 4.pulmonary artery 5.left ventricle 6.pulmonary vein part b. The importance of the plateau phase of the action potential of myocardial cells is in? a.preventing overstretching of the cells. b.enhancing the efficiency of oxygen use by...
Anatomy 9. Starting with the right atrium, trace a drop of blood through the heart and lungs, naming the following structures: aorta, aortic valve, left atrium, left ventricle, mitral valve, pulmonary arteries, pulmonary capillaries, pulmonary valve, pulmonary trunk, pulmonary veins, right atrium, right ventricle, and tricuspid valve.
Microscopic Structure of the Blood Vessels l views of an artery and of a vein are shown here Identily each, on the lines to the sides, note the structural details that enabled you to make these identifications (vessel type) (vessel type) Now descibe each tunic more fully by selecting ts characteristics from the key below and placing the approprate key lettes on the answer lines Tunica intima Tunica media Tunica externa Key: a innermost tunic b. most superficial tunic regulates...
Trace a drop of blood traveling from the left pinky toe to the right eye.