Ivy Tech Aphy 101 Final Exam Complete 2023.

IVY TECH APHY 101 FINAL EXAM Complete 2023. 1. Which of the following best describes the reaction NaNO3 + HCl ’ HNO3 + NaCl?: exchange reaction 2. The function of the association area in the frontal lobe is: higher intellectual processes, such as reasoning and judgment. 3. Cerebrospinal fluid is produced by __________ and it __________.: choroid plexuses in the ventricles; protects the brain from blows to the skull 4. The anaerobic reactions of cellular respiration occur in the __________ , whereas the aerobic reactions of cellular respiration occur in the __________ .: cytoplasm without O2 required; mitochondria with O2 required 5. A pole vaulter keeps track of his position in mid-air through: proprioceptors 6. Epithelial tissue functions in: secretion, absorption, and protection. 7. Receptors for the special senses are found: primarily in the head 8. Which of the following lists the parts of a reflex arc in the correct sequence?: Receptor, sensory neuron, interneuron, motor neuron, effector 9. Epidermis is __________, whereas dermis is __________.: composed of stratified squamous epithelial tissue; composed of connective tissue, smooth muscle, and nerve cell processes 10. Cartilage tissues are likely to be slow in healing following an injury because: chondrocytes do not have direct blood supplies. 11. Most of the joints between the short bones in the ankle and wrist are: - plane joints 12. The muscular system is responsible for body movements, maintenance of posture, and production of body heat.: true 13. Chemistry deals with: the composition and changes of substances that make up living as well as non-living matter. 14. The __________ is the thin meninx attached to the surface of the brain, containing many nerves and blood vessels.: pia mater 15. The three borders of the scapula are called: the superior, lateral, and medial borders. 16. The three borders of the scapula are called: long bone 17. Action potentials are related to impulses conducted along an axon in that: propagation of a series of action potentials along a nerve fiber constitutes an impulse.