Homework Answers
Answer ; Following are the actual order of the steps that are involved from the alveoli of the lungs to the tissue of the body;
1. Oxygen diffuses from the alveoli into the surrounding capillary.
2. Oxygen enters a red blood cells.
3. Oxygen binds to a molecule of hemoglobin
4. Oxygen is carried blood vessel to the capillary.
5. Oxygen diffuses blood to the body's tissue.
Reason ; From the given list of option about the oxygen travel from the lungs to the tissue, the above mentioned order is the appropriate and actual order taking place in all kind of individuals. First The part of oxygen get transfer from the lung alveoli to the blood stream part and then it will enter into the actual blood cell, it goes on travels via blood vessels by the significant pumping action of heart, finally it will reaches the body tissue through the capillarry present over there.
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BioFlix Activity: Gas Exchange -- Oxygen Transport Drag each label to the appropriate location on the...
BioFlix Activity: Gas Exchange -- Carbon Dioxide Transport vrag eacniace to the appropriate location on the...
BioFlix Activity: Gas Exchange -- Carbon Dioxide Transport vrag eacniace to the appropriate location on the rowenart. 2 of 10 ents Reset Help Carbon dioxide ditlases into an Air exits through nose or mouth Carbon dioxide is carried to the lungs cions Five
Assignment Part A - Carbon dioxide transport Drag each label to the appropriate location on the...
Assignment Part A - Carbon dioxide transport Drag each label to the appropriate location on the flowchart. Reset Help Carbon dioxide is carried to the lungs, Carbon dioxide is released from the mitochondria Air exits through nose or mouth Carbon dioxide diffuses into a capillary Carbon dioxide diffuses into an alveolus
BioFlix Activity: Gas Exchange- Path of Air Can you trace the path that air follows to...
BioFlix Activity: Gas Exchange- Path of Air Can you trace the path that air follows to reach the lungs? To review the path of air into the lungs, watch this BoFlix animation: Oas Exchange The Pan of Arinto he Lng Part A-Path of air Drag each label to the appropriate location on the flowchart Reset Help Air reaches all Ai sacs called alveoli. the nose or mouth. trachea and then d alveol. the nose or mouth.smaller ad smaller enters the...
Drag the labels onto the diagram to identify aspects of gas transport and exchange. Reset Help...
Drag the labels onto the diagram to identify aspects of gas transport and exchange. Reset Help Systemic circulation PULMONARY GAS EXCHANGE AND TRANSPORT Airways CO2 is transported dissolved in plasma, bound to hemoglobin or as HCO3 Alveoli of lungs CO₂ O₂ O2 diffuses from alveolus to capillary co, so O2 diffuses into cells Cellular respiration determines 02 consumption/CO2 production Pulmonary circulation CO2 diffuses out of cells CO2 enters alveoli Nutrients O2 is transported dissolved in plasma or bound to hemoglobin...
Drag the labels onto the diagram to identify the mechanisms involved in the transport of carbon...
Drag the labels onto the diagram to identify the mechanisms involved in the transport of carbon dioxide in the blood Reset Help 23 percent of CO2 transported bound to hemoglobin CARBON DIOXIDE TRANSPORT dissolved CO2 diffuses out of the plasma Most CO2 in the blood has been converted to bicarbonate ion, HCO VENOUS BLOOD Ht ions dissociate from hemoglobin and bind to bicarbonate Red blood cell ???- ???, 7 percent of CO2 transported dissolved in plasma Transport to lungs Cellular...
Drag each label to the location of each structure described. Drag each label to the location...
Drag each label to the location of each structure described.
Drag each label to the location of each structure describec Muscular Artery carrying prevents mital deoxygenated valve inversion 0.27 blood Chamber responsible for pushing blood to the majority of the body Chamber that pumps blood to the pulmonary circuit Chamber that Vein carrying deoxygenated depolarize blood from the References is first to during contraction Vessel carrying oxygenated blood to the myocardium First chamber to receive blood from the lungs Reset...
Part A - The respiratory system Drag each label to the appropriate location on this diagram...
Part A - The respiratory system Drag each label to the appropriate location on this diagram of the human respiratory system. Reset Help Larynx Pharynx Esophagus Bronchus Trachea Lung Bronchiole Nasal cavity Diaphragm Submit Request Answer
Hemoglobin consists of four globular proteins, each formed from a polypeptide chain. Each globular protein contains...
Hemoglobin consists of four globular proteins, each formed from a polypeptide chain. Each globular protein contains a nonprotein group with an iron ion. This iron ion binds to an oxygen molecule. Thus, every hemoglobin protein can bind four oxygen molecules. Select the correct statement about oxygen transport below. a. Myoglobin transports oxygen through the bloodstream to tissue. b. To carry oxygen, iron must be in its nonheme form. c. Erythrocytes contain abundant myoglobin for transporting oxygen. d. Hemoglobin is found...
Identify the epithelial tissue illustrated. Then drag each label into the appropriate box, indicating whether each...
Identify the epithelial tissue illustrated. Then drag each label into the appropriate box, indicating whether each label's statement is true or false regarding the tissue shown. Comprised of simple cuboidal epithelial tissue TRUE Comprised of stratified epithelium Can easily secretelabsorb substances to from the lumen Well-suited for resisting frictional forces Provides fast acting communication between body structures Forms the inner surfaces of the blood vessels Located in the kidney tubules FALSE is highly vascular Reset
art A Drag the appropriate labels to their respective targets. Reset Help Endothelial cell Blood capillaries...
art A Drag the appropriate labels to their respective targets. Reset Help Endothelial cell Blood capillaries Flaplike minivalve Lymphatic capillaries Submit Request Answer Provide Feedback CC 20 V Concept Map: Lymph Node and Spleen Structure and Function Complete the Concept Map to determine the structure and function of lymph nodes Drag the appropriate labels to their respective targets. View Available Hint(s) Reset Help sinuses efierent lymph reticular fibers lymph nodes cortex and medulla lymphatic Buid fiter(s) debris and foreign matter...
BioFlix Activity: Gas Exchange -- Carbon Dioxide Transport vrag eacniace to the appropriate location on the rowenart. 2 of 10 ents Reset Help Carbon dioxide ditlases into an Air exits through nose or mouth Carbon dioxide is carried to the lungs cions Five
Assignment Part A - Carbon dioxide transport Drag each label to the appropriate location on the flowchart. Reset Help Carbon dioxide is carried to the lungs, Carbon dioxide is released from the mitochondria Air exits through nose or mouth Carbon dioxide diffuses into a capillary Carbon dioxide diffuses into an alveolus
BioFlix Activity: Gas Exchange- Path of Air Can you trace the path that air follows to reach the lungs? To review the path of air into the lungs, watch this BoFlix animation: Oas Exchange The Pan of Arinto he Lng Part A-Path of air Drag each label to the appropriate location on the flowchart Reset Help Air reaches all Ai sacs called alveoli. the nose or mouth. trachea and then d alveol. the nose or mouth.smaller ad smaller enters the...
Drag the labels onto the diagram to identify aspects of gas transport and exchange. Reset Help Systemic circulation PULMONARY GAS EXCHANGE AND TRANSPORT Airways CO2 is transported dissolved in plasma, bound to hemoglobin or as HCO3 Alveoli of lungs CO₂ O₂ O2 diffuses from alveolus to capillary co, so O2 diffuses into cells Cellular respiration determines 02 consumption/CO2 production Pulmonary circulation CO2 diffuses out of cells CO2 enters alveoli Nutrients O2 is transported dissolved in plasma or bound to hemoglobin...
Drag the labels onto the diagram to identify the mechanisms involved in the transport of carbon dioxide in the blood Reset Help 23 percent of CO2 transported bound to hemoglobin CARBON DIOXIDE TRANSPORT dissolved CO2 diffuses out of the plasma Most CO2 in the blood has been converted to bicarbonate ion, HCO VENOUS BLOOD Ht ions dissociate from hemoglobin and bind to bicarbonate Red blood cell ???- ???, 7 percent of CO2 transported dissolved in plasma Transport to lungs Cellular...
Drag each label to the location of each structure described.
Drag each label to the location of each structure describec Muscular Artery carrying prevents mital deoxygenated valve inversion 0.27 blood Chamber responsible for pushing blood to the majority of the body Chamber that pumps blood to the pulmonary circuit Chamber that Vein carrying deoxygenated depolarize blood from the References is first to during contraction Vessel carrying oxygenated blood to the myocardium First chamber to receive blood from the lungs Reset...
Part A - The respiratory system Drag each label to the appropriate location on this diagram of the human respiratory system. Reset Help Larynx Pharynx Esophagus Bronchus Trachea Lung Bronchiole Nasal cavity Diaphragm Submit Request Answer
Identify the epithelial tissue illustrated. Then drag each label into the appropriate box, indicating whether each label's statement is true or false regarding the tissue shown. Comprised of simple cuboidal epithelial tissue TRUE Comprised of stratified epithelium Can easily secretelabsorb substances to from the lumen Well-suited for resisting frictional forces Provides fast acting communication between body structures Forms the inner surfaces of the blood vessels Located in the kidney tubules FALSE is highly vascular Reset
art A Drag the appropriate labels to their respective targets. Reset Help Endothelial cell Blood capillaries Flaplike minivalve Lymphatic capillaries Submit Request Answer Provide Feedback CC 20 V Concept Map: Lymph Node and Spleen Structure and Function Complete the Concept Map to determine the structure and function of lymph nodes Drag the appropriate labels to their respective targets. View Available Hint(s) Reset Help sinuses efierent lymph reticular fibers lymph nodes cortex and medulla lymphatic Buid fiter(s) debris and foreign matter...
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