Grade 10 Human biology & physiology worksheet

What is on the worksheet

1. A fictional circulation model has 75 beats/min and 68 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

2. What does an antibody bind in the simplified model?

   1. A matching antigenic feature.
   2. Only air molecules in all cases.
   3. Any object regardless of structure.

3. A fictional circulation model has 88 beats/min and 77 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

4. A fictional circulation model has 56 beats/min and 40 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

5. A fictional circulation model has 70 beats/min and 40 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

6. Which statement is accurate?

   1. Hormones are conscious decisions.
   2. Only neurons contain chemicals.
   3. Both nervous and endocrine signaling depend on molecular interactions.

7. A fictional circulation model has 56 beats/min and 90 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

8. A fictional circulation model has 81 beats/min and 83 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

9. A fictional circulation model has 90 beats/min and 44 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

10. A fictional circulation model has 68 beats/min and 82 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

11. A fictional circulation model has 50 beats/min and 73 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

12. A fictional circulation model has 54 beats/min and 67 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

13. In a simplified equation, one glucose yields 6 CO₂. How many CO₂ molecules correspond to 3 glucose molecules?

14. A fictional circulation model has 100 beats/min and 79 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

15. A fictional circulation model has 70 beats/min and 76 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

16. A fictional circulation model has 50 beats/min and 41 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

17. A fictional circulation model has 75 beats/min and 88 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

18. A fictional circulation model has 75 beats/min and 49 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

19. A fictional circulation model has 68 beats/min and 64 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.

20. A fictional circulation model has 50 beats/min and 63 mL/beat. Find its flow in mL/min. These are supplied model values, not diagnostic ranges. Round to 3 decimal places if needed. Answer in mL/min.