2. Counterpart of haemoglobin in muscles.

3. The major control center of respiration

4. Entrance of air in a tracheal system.

5. Normal amount of air that is breathed in.

6. Respiratory structure that does not have the problem of desiccation.

7. The most basic process that produces ATP. Found in all kinds of organisms.

8. Element in hemocyanin where oxygen binds.

9. Importance of respiratory pigments.

10. Process that decreases CO2 level in the body that involves rapid, deep breathing.

11. The process that brings about the greatest number of ATP

12. True or False. Fermentation does not result to the production of ATP.

13. In negative pressure breathing, exhalation occurs when rib muscles and the diaphragm contracts.

14. The internal nares of positive pressure breathers directly lead to the pharynx.

15. The structure in birds that is directly involve in gas exchange.

16. Enzyme used to prevent photorespiration.

17. The process of ventilation in terrestrial environment.

18. Relaxation of the diaphragm leads to decrease in air pressure in the chest cavity.

19. Organelle used in cellular respiration.

21. Counterpart of haemoglobin in muscles.

22. The major control center of respiration

23. Entrance of air in a tracheal system.

24. Normal amount of air that is breathed in.

25. Respiratory structure that does not have the problem of desiccation.

26. The most basic process that produces ATP. Found in all kinds of organisms.

27. Element in hemocyanin where oxygen binds.

28. Importance of respiratory pigments.

29. Process that decreases CO2 level in the body that involves rapid, deep breathing.

30. The process that brings about the greatest number of ATP

31. True or False. Fermentation does not result to the production of ATP.

32. In negative pressure breathing, exhalation occurs when rib muscles and the diaphragm contracts.

33. The internal nares of positive pressure breathers directly lead to the pharynx.

34. The structure in birds that is directly involve in gas exchange.

35. Enzyme used to prevent photorespiration.

36. The process of ventilation in terrestrial environment.

37. Relaxation of the diaphragm leads to decrease in air pressure in the chest cavity.

38. Organelle used in cellular respiration.

39. Respiratory system of birds. Middle structure are parabronchi-8526564045A tilapia caught in a river will have greater SA of respiratory surface compared to tilapia caught in Manila Bay. Explain.Class activity. 1. Emergent property. Give the emergent property given an angle and a triangle. 2-3. Arrange in increasing order. Decaying log, Baker’s yeast, phloem, tracheids, nucleus, bunch of sampaguita, man in a zoo, America. 4-5. Give the four stages of digestion. 6-8. Give the four basic biomolecules. 9-10. Pair these building blocks to their corresponding biomolecules. Fatty acid, nucleotide, amino acid, monosaccharide 11. Pair these structures to the specific chemicals/compounds/enzymes they produce. Liver, pancreas, salivary gland. 12-14. Given the general kinds of biomolecules, pair them up to the part/s of the digestive system where they will be digested. Mouth, stomach, small intestine. 15. xylem transports ________ while phloem transports ____________. 16. a plant cell will become _________ in a distilled water and will become _________ in a Tang orange juice. 17. Similarly, an animal cell will become Blank Blank given the same situations. 18. One function of the lymphatic system. 19. The medium used to form speech. 20. Structure in the heart that is used in opening the AV valves. 21-22. Important characteristics of veins. 23. Advantage of double circulation over single circulation. 24-25. Factors that can increase residual volume. 26-27. Why is cutaneous respiration present only in flat, rounded and small organisms. 28. Athletes practice in highland areas because of one main reason, what is it? 29-30. If you are going to run a mile without proper ventilation, how is it possible for you to maintain running without enough oxygen. 31. Given stroke volume is 250 and cardiac output is 3401 pico units, a person is suffering from what? Given the diagonal line that can be formed in the square is 6. The pressure in this structure will be higher or lower to a structure with a circumference of 22.32-35. 36-40. Write a complete blood flow from a pimple in your nostril to your heart, then to belly button, back to your heart. Draw your group’s angry faces below 12-14. Given the general kinds of biomolecules, pair them up to the part/s of the digestive system where they will be digested. Mouth, stomach, small intestine. 15. xylem transports ________ while phloem transports ____________. 16. a plant cell will become _________ in a distilled water and will become _________ in a Tang orange juice. 17. Similarly, an animal cell will become Blank Blank given the same situations. 18. One function of the lymphatic system. 19. The medium used to form speech. 20. Structure in the heart that is used in opening the AV valves. 21-22. Important characteristics of veins. 23. Advantage of double circulation over single circulation. 24-25. Factors that can increase residual volume. 26-27. Why is cutaneous respiration present only in flat, rounded and small organisms. 28. Athletes practice in highland areas because of one main reason, what is it? 29-30. If you are going to run a mile without proper ventilation, how is it possible for you to maintain running without enough oxygen. 31. Given stroke volume is 250 and cardiac output is 3401 pico units, a person is suffering from what? Given the diagonal line that can be formed in the square is 6. The pressure in this structure will be higher or lower to a structure with a circumference of 22.32-35. 36-40. Write a complete blood flow from a pimple in your nostril to your heart, then to belly button, back to your heart. Draw your group’s angry faces below.