(a) Name the mammalian structure represented by the parts labeled D and E. The diagram below represents a model used to demonstrate breathing in mammals. How are respiratory surfaces in mammals adapted to their functions? How are lenticels adapted for gaseous exchange? (b) Explain the mechanism of stomatal opening. (b) State one function of each of the parts labeled H and J. The diagram below represents part of the gaseous exchange system in human. (b) How are the pneumatophores adapted to their function? (a) Describe how oxygen in the alveolus reaches the red blood cells. State the difference in content of oxygen and carbon (IV) oxide in the air that enters and leaves the human lungs. Apart from the lungs, name two gaseous exchange surfaces in a frog. State three ways in which a respiratory surface is adapted to its function.
(b) How is the surface named in (a) above suited to its function? (a) Name the gaseous exchange surface in insects. (b) Describe the mechanism of gaseous exchange in a mammal. (a) State four characteristics of gaseous exchange surfaces. (b) What is the effect of contraction of the diaphragm muscles during breathing in mammals. (a) Name two structures for gaseous exchange in aquatic plants. State four ways in which respiratory surfaces are suited to their function.
State two ways in which floating leaves of aquatic plants are adapted to gaseous exchange. Describe how gaseous exchange takes place in terrestrial plants. (b) How does the part labeled Z facilitate breathing in? The diagram below represents a part of the rib cage. (c) (i) What is tissue fluid? (ii) What is the importance of tissue fluid? (d) Name the blood vessel with the highest concentration of: (i) Glucose. (b) Which compound dissociates to release the gas named in (a) (i) above.
(a) Name the gas that diffuses: (i) To the body cells. The diagram below shows gaseous exchange tissues. Name two gaseous exchange structures in higher plants. Name three sites where gaseous exchange takes place in terrestrial plants Rib cage organs anatomy internal systems human. Kidney location surface anatomy pain body marking lower causes. Heart anatomy cavity thoracic lungs located mediastinum within physiology location diagram base figure thorax position between ii medially Sternum bony costal articulate sternal cram tubercle Heart Anatomy | Anatomy And Physiology II Labeled digestive intestines glands Anatomy Diagram Rib Area - Rib Cage Diagram With Organs - Human Anatomy Organs digestive ribcage brustkorb tract verdauungssystem menschlichen thoracic verdauungstrakt gallbladder pain lungs abdominal surface 4D Model At The End-inhale And The End-exhale Phases For Breathing parmeshwar khurd biomechanical respiratory Anatomy Near Stomach - ANATOMY Kidney location surface anatomy pain body marking lower causes Where To Shoot A Deer With A Bow : Ultimate Deer Bow Hunting Guide ĭeer where bow shoot hunting vein aim artery them cava aorta vena lungs Picture Of What Is Under Your Rib Cage - Gallbladder Pain Location Human Organ Diagrams rectus abdominis abdominal rib diagrams ribs attach pubis cage 101diagrams sternum "Rib Cage And Internal Organ." By Popaukropa - Mostphotos rib cage organs anatomy internal systems human What Organs Are Located On The Left Side Of Your Body Class 11 Biology CBSE organs Human Anatomy Organs Left Side Human Anatomy Organs Left Side (With organs ribcage digestive healthiack cavity abdomen koibana i253 discomfort thaipoliceplus wirda Kidney Pain - (Location, Anatomy), Lower Back, Vs Back Pain, Causes 11 Pics about Human Organ Diagrams : Human Anatomy Organs Left Side Human Anatomy Organs Left Side (With, Picture Of What Is Under Your Rib Cage - Gallbladder Pain Location and also Kidney Pain - (Location, anatomy), lower back, Vs Back pain, Causes.