Download Anatomy and Physiology Final Exam Review Questions: Tissues, Skin, and Bones and more Exercises Nursing in PDF only on Docsity!
Final Exam Review Questions for
Anatomy and Physiology
NOT found in cartilage but is found in bone: blood vessels. - ANSWER>>>>>>>Cartilage Exhibit a large amount of tensile strength because they possess collagen fibers. - ANSWER>>>>>>>Intervertebral discs Different from elastic cartilage or fibrocartilage because fibers are not normally visible. - ANSWER>>>>>>>Hyaline cartilage Most importance to goblet cells and other glandular epithelia is the Golgi apparatus. - ANSWER>>>>>>>Goblet cells Lines most of the respiratory tract. - ANSWER>>>>>>>Ciliated pseudostratified columnar epithelium Serves as the universal packing material between other tissues. - ANSWER>>>>>>>Areolar connective tissue The fiber type that gives connective tissue great tensile strength. - ANSWER>>>>>>>Collagen Shape maintained by elastic cartilage. - ANSWER>>>>>>>External ear Glands that secrete their products directly into the blood rather than through ducts. - ANSWER>>>>>>>Endocrine glands Within the cartilage divide and secrete new matrix. - ANSWER>>>>>>>Chondroblasts Occurs when areolar tissue soaks up excess fluid in an inflamed area. - ANSWER>>>>>>>Edema Would tend to separate without intercalated discs. - ANSWER>>>>>>>Heart muscle cells Highly cellular and well vascularized. - ANSWER>>>>>>>Muscle tissue The three main components are ground substance, fibers, and cells. - ANSWER>>>>>>>Connective tissue components
'Blast' cells are undifferentiated, actively dividing cells. - ANSWER>>>>>>>Stem cells of connective tissue Stratified epithelia are present where protection from abrasion is important. - ANSWER>>>>>>>Epithelia Commonly found wedged between goblet cells. - ANSWER>>>>>>>Simple columnar epithelial cells NOT a step in tissue repair: formation of new stem cells. - ANSWER>>>>>>>Tissue repair steps Likely function to hold the kidneys in place: adipose. - ANSWER>>>>>>>Tissue type holding kidneys Formed by many cells joining together: skeletal muscle. - ANSWER>>>>>>>Multinucleated tissue type Tissue type likely functions to add support: reticular. - ANSWER>>>>>>>Support to an organ A type of involuntary muscle found in the heart. - ANSWER>>>>>>>cardiac muscle A type of epithelium that can stretch and change shape. - ANSWER>>>>>>>transitional A type of epithelium consisting of multiple layers of cells that protect underlying tissues.
- ANSWER>>>>>>>stratified squamous epithelium The first step to take when examining an unknown organ under microscopy. - ANSWER>>>>>>>fix it with preservative The tissue that lines the uterine (fallopian) tubes and helps move a fertilized egg towards the uterus. - ANSWER>>>>>>>ciliated simple columnar epithelium A type of connective tissue that stores fat and is considered an exception to the largely non-living extracellular matrix of connective tissues. - ANSWER>>>>>>>adipose An example of a compound tubuloalveolar exocrine gland. - ANSWER>>>>>>>salivary glands Most tumors that arise on the skin are benign, with melanomas being rare but requiring quick removal to prevent metastasis. - ANSWER>>>>>>>skin cancer The order a needle would pierce through is basale, spinosum, granulosum, and corneum. - ANSWER>>>>>>>epidermal layers
Carotene, which accumulates in the stratum corneum and hypodermal adipose tissue, is synthesized in large amounts in the presence of sunlight. - ANSWER>>>>>>>Carotene Accumulation The skin is protected by increasing the number of epidermal dendritic cells, which help to activate the immune system. - ANSWER>>>>>>>Epidermal Dendritic Cells Prolonged exposure to the sun induces melanin dispersion, which in turn acts as a natural sunscreen. - ANSWER>>>>>>>Melanin Dispersion Changes in the color of skin are often an indication of a homeostatic imbalance. - ANSWER>>>>>>>Skin Color Changes The skin and sclera of the eyes appears to have an abnormal, yellowish tint. - ANSWER>>>>>>>Liver Disease Indication A dendritic or Langerhans cell is a specialized phagocytic cell. - ANSWER>>>>>>>Dendritic Cell Sudoriferous (sweat) glands are categorized as two distinct types: eccrine and apocrine.
- ANSWER>>>>>>>Types of Sweat Glands The composition of the secretions of the eccrine glands is 99% water, sodium chloride, trace amounts of wastes, and vitamin C. - ANSWER>>>>>>>Eccrine Gland Composition The sebaceous glands are simple alveolar glands that secrete a substance known as sebum. - ANSWER>>>>>>>Sebaceous Glands The secretion of sebum is stimulated by hormones, especially androgens. - ANSWER>>>>>>>Sebum Secretion Stimulus Physicians estimate the extent of burn damage associated with fluid loss by using the 'rule of nines'. - ANSWER>>>>>>>Burn Damage Estimation Eyebrow hairs are always shorter than hairs on your head because eyebrow follicles are only active for a few months. - ANSWER>>>>>>>Eyebrow Hair Growth Thickening of epidermis to form a callus in places where the skin is exposed to friction illustrates homeostasis maintained by a negative feedback. - ANSWER>>>>>>>Homeostasis by Negative Feedback The near waterproof secretions of glycolipids that is released by cells in the stratum granulosum illustrates homeostasis maintained by a negative feedback. - ANSWER>>>>>>>Glycolipids Secretions
Release of chemical signals by keratinocytes that have been damaged by UV light that will increase the production of melanin illustrates homeostasis maintained by a negative feedback. - ANSWER>>>>>>>Chemical Signals by Keratinocytes Removal of nitrogenous compounds like urea within the sweat illustrates homeostasis maintained by a negative feedback. - ANSWER>>>>>>>Nitrogenous Compounds Removal Which layer of skin is LEAST protected by melanin? - ANSWER>>>>>>>Least Protected Skin Layer The outermost layer of the epidermis. - ANSWER>>>>>>>stratum corneum The layer of the epidermis located above the stratum basale. - ANSWER>>>>>>>stratum spinosum The layer of the epidermis where keratinocytes begin to die and keratin is produced. - ANSWER>>>>>>>stratum granulosum A muscle that causes hair to stand on end, providing warmth. - ANSWER>>>>>>>arrector pili muscle A pigment that provides color to the skin and helps protect against UV radiation. - ANSWER>>>>>>>melanin Antimicrobial peptides secreted by skin cells to help fight infection. - ANSWER>>>>>>>defensins Lines in the skin along which cuts can heal more efficiently. - ANSWER>>>>>>>cleavage lines A cut that is painful but does not involve bleeding. - ANSWER>>>>>>>superficial cut A type of bone tissue that is dense and provides strength to support weight. - ANSWER>>>>>>>compact bone Bone marrow that contains a large percentage of fat. - ANSWER>>>>>>>yellow bone marrow The cell responsible for secreting the matrix of bone. - ANSWER>>>>>>>osteoblast Can cause inadequate calcification of bone and decreased epiphyseal plate activity. - ANSWER>>>>>>>growth hormone deficiency The shaft of a long bone. - ANSWER>>>>>>>diaphysis
C) bone formation - ANSWER>>>>>>>Ossification (Osteogenesis) C) growth hormone - ANSWER>>>>>>>Hormone of greatest importance for bone growth during infancy and childhood A) calcium and vitamin D - ANSWER>>>>>>>Prevention of osteoporosis A) fibrocartilage - ANSWER>>>>>>>Tissue connecting the two hip bones anteriorly during childbirth B) canaliculi - ANSWER>>>>>>>Structures that provide nutrients and remove wastes from osteocytes in compact bone D) osteocyte - ANSWER>>>>>>>Osteoblast surrounded by its own matrix secretions D) Paget's disease - ANSWER>>>>>>>Bone disorder characterized by excessive and haphazard bone deposit and resorption C) Bones of the skull are separated by immobile joints called sutures. - ANSWER>>>>>>>Boundaries of skull bones C) Sinuses take away a minimal amount of strength from bones while reducing the weight of bones. - ANSWER>>>>>>>Function of the paranasal sinuses D) the zygomatic bone - ANSWER>>>>>>>Cheekbone is the only bone of the body that does not articulate with any other bone - ANSWER>>>>>>>hyoid bone part of the skull that houses the structures of the ear - ANSWER>>>>>>>the temporal bones protect the brain - ANSWER>>>>>>>the cranial bones involved in hearing and balance - ANSWER>>>>>>>the bones of the inner ear associated with the process of warming, humidifying, and filtering the air we inhale - ANSWER>>>>>>>nasal cavity is in the center of the skull and it articulates (joins) with all of the other bones of the skull (excluding the mandible) - ANSWER>>>>>>>sphenoid bone is part of the sphenoid bone and houses the pituitary gland - ANSWER>>>>>>>sella turcica
give additional springiness and flexibility to the spine which absorbs shock - ANSWER>>>>>>>curvatures of the spine has the most flexibility among the sections of the vertebral column - ANSWER>>>>>>>cervical spine capable of flexion and extension but little rotational movement - ANSWER>>>>>>>lumbar spine rotates with little flexion or extension - ANSWER>>>>>>>thoracic spine is relatively high due to the scapula not articulating to the axial skeleton directly - ANSWER>>>>>>>mobility of the arms allows for the hinge like motion of the forearm - ANSWER>>>>>>>proximal end of the ulna allows for the rotational motion of the forearm - ANSWER>>>>>>>proximal end of the radius includes the skull, vertebral column, and rib cage - ANSWER>>>>>>>axial skeleton acts to prevent hyperextension of the spine - ANSWER>>>>>>>anterior longitudinal ligament to absorb shock and provide flexibility to the spine - ANSWER>>>>>>>Function of intervertebral discs to hold together the vertebra and support the body - ANSWER>>>>>>>Function of ligaments in the spine to prevent hyperextension and allow rotation of the spine - ANSWER>>>>>>>Function of the ligamentum flavum to remove curvatures of the spine and provide springiness to the spinal column - ANSWER>>>>>>>Function of the spinal column are found in the zygomatic bones, nasal conchae, vomer, and maxillae - ANSWER>>>>>>>Paranasal sinuses location scoliosis - ANSWER>>>>>>>Abnormal lateral curvature of the spine the lumbar region - ANSWER>>>>>>>Part of the vertebral column bearing most weight 22 - ANSWER>>>>>>>Number of bones in the adult skull
Wedges of fibrocartilage that partially or completely divide the synovial cavity. - ANSWER>>>>>>>Menisci (articular discs) Moving a limb away from the midline of the body along the frontal plane. - ANSWER>>>>>>>Abduction Multiaxial synovial joint. - ANSWER>>>>>>>Hip joint type Rare because of the ligament reinforcement. - ANSWER>>>>>>>Hip joint displacements Damage the tibial collateral ligament, medial meniscus, and anterior cruciate ligament. - ANSWER>>>>>>>Lateral blows to the knee The annular ligament surrounds the head of the radius. - ANSWER>>>>>>>True statement about humerus Fibular and tibial collateral ligaments, which prevent lateral or medial rotation. - ANSWER>>>>>>>Extracapsular ligaments of the knee The radius and ulna along its length. - ANSWER>>>>>>>Interosseous fibrous joint example Carpometacarpal joint of the thumb. - ANSWER>>>>>>>Saddle joint of the skeleton Tendon sheath. - ANSWER>>>>>>>Not part of a synovial joint Requires abduction and adduction. - ANSWER>>>>>>>Jumping jacks movement Arthritis. - ANSWER>>>>>>>Joint inflammation condition The joint capsules and ligaments are more stretchy and loose than normal. - ANSWER>>>>>>>Double-jointed thumb Interphalangeal (toes). - ANSWER>>>>>>>Joint that does NOT belong Tropomyosin serves as a contraction inhibitor by blocking the myosin binding sites on the actin molecules. - ANSWER>>>>>>>Role of tropomyosin in skeletal muscles Smooth. - ANSWER>>>>>>>Muscle cells with greatest ability to regenerate A mixture of fiber types. - ANSWER>>>>>>>Skeletal muscle composition Normally achieved by recruiting more muscle fibers. - ANSWER>>>>>>>Strongest muscle contractions
Increasing stimulus above the threshold - ANSWER>>>>>>>Threshold stimulus Increasing stimulus above the treppe stimulus - ANSWER>>>>>>>Treppe stimulus Increasing the stimulation up to the maximal stimulus - ANSWER>>>>>>>Maximal stimulus Recruiting small and medium muscle fibers - ANSWER>>>>>>>Recruitment of muscle fibers Motor units with larger, less excitable neurons - ANSWER>>>>>>>Motor units recruited later Number of muscle fibers stimulated, size of the muscle fibers stimulated, load on the fiber, muscle length - ANSWER>>>>>>>Factors affecting muscle contraction Stores oxygen in muscle cells - ANSWER>>>>>>>Myoglobin Sarcoplasmic reticulum - ANSWER>>>>>>>Calcium storage structure The difference between the amount of oxygen needed for totally aerobic muscle activity and the amount actually used - ANSWER>>>>>>>Excess postexercise oxygen consumption Short period during which the neurotransmitter is released by exocytosis, diffuses across the synaptic cleft, and binds to its receptors - ANSWER>>>>>>>Latent period Storing energy that will be transferred to ADP to resynthesize ATP - ANSWER>>>>>>>Creatine phosphate function Produce smooth, continuous muscle contraction - ANSWER>>>>>>>Wave summation Attach to actin filaments - ANSWER>>>>>>>Myosin cross bridges attachment Endomysium - ANSWER>>>>>>>Surrounding muscle cell Myoglobin - ANSWER>>>>>>>Oxygen-binding protein in muscle Sarcomeres are functional units of skeletal muscle - ANSWER>>>>>>>Functional units of muscle Converted to lactic acid during insufficient oxygen availability - ANSWER>>>>>>>Conversion of pyruvic acid The muscle changes in length and moves the 'load' - ANSWER>>>>>>>Isotonic contraction
Skeletal muscle stores glycogen because it is a heavy consumer of energy. - ANSWER>>>>>>>skeletal muscle glycogen storage Approximately 80% of a muscle fiber's volume are the myofibrils, reflecting the muscle's ability to produce movement through contractile force. - ANSWER>>>>>>>myofibrils in muscle fibers Curare will only affect muscles with ACh receptors, paralyzing them. - ANSWER>>>>>>>curare poisoning symptoms Skeletal muscle is voluntary muscle because skeletal muscle fibers are innervated by somatic motor neurons. - ANSWER>>>>>>>voluntary muscle When a sarcomere contracts and thin filaments move over thick filaments, the I bands appear smaller. - ANSWER>>>>>>>sarcomere contraction Exhaustion of glycogen storage within a muscle fiber would have the biggest effect on fast glycolytic fibers. - ANSWER>>>>>>>glycogen exhaustion effect A potential benefit of recruiting slow oxidative fibers for contraction before recruiting fast oxidative and fast glycolytic fibers might be improved endurance. - ANSWER>>>>>>>recruiting muscle fibers Must be stimulated first in order to contract simultaneously with the faster fibers. - ANSWER>>>>>>>Slow oxidative fibers Will be recruited first, as there is little to no benefit from recruiting slow oxidative fibers first. - ANSWER>>>>>>>Fast glycolytic fibers Helps to tire them out first so that they won't interfere with the more powerful contractions of fast glycolytic fibers. - ANSWER>>>>>>>Recruiting slow oxidative fibers early If given the exact same amount of ATP, slow oxidative fibers would be able to contract for the longest amount of time. - ANSWER>>>>>>>Muscle contraction duration Exemplified by the flexing of the forearm by the biceps brachii muscle. - ANSWER>>>>>>>First-class lever The difference in the positioning of the effort, load, and fulcrum. - ANSWER>>>>>>>Major factor controlling levers Determined by the total number of muscle fibers (cells) available for contraction. - ANSWER>>>>>>>Power of a muscle
A muscle that provides the major force for producing a specific movement. - ANSWER>>>>>>>Agonist (prime mover) Indicates the muscle has two, three, or four origins, respectively. - ANSWER>>>>>>>Biceps, triceps, quadriceps An arrangement in which the fascicles insert into the tendon from opposite sides. - ANSWER>>>>>>>Bipennate pattern of fascicles Levator scapulae is NOT a rotator cuff muscle. - ANSWER>>>>>>>Rotator cuff muscles Means that the load is near the fulcrum and the effort is applied far from the fulcrum. - ANSWER>>>>>>>Mechanical advantage in levers A muscle that opposes, or reverses, a particular movement. - ANSWER>>>>>>>Antagonist A muscle that assists an agonist by causing a like movement or by stabilizing a joint over which an agonist acts. - ANSWER>>>>>>>Synergist Gracilis is NOT a member of the hamstrings. - ANSWER>>>>>>>Hamstrings Produces flexion. - ANSWER>>>>>>>Muscle crossing anterior side of joint The type of muscle fibers is NOT a way of classifying muscles. - ANSWER>>>>>>>Classifying muscles Called power levers. - ANSWER>>>>>>>Levers operating at mechanical advantage Have load at one end of the lever, fulcrum at the other, and effort applied somewhere in the middle. - ANSWER>>>>>>>First-class levers characteristics Describes a second-class lever. - ANSWER>>>>>>>Lever system LEF A lever where the load is positioned between the fulcrum and the effort. - ANSWER>>>>>>>second-class lever A lever where the effort is applied between the fulcrum and the load. - ANSWER>>>>>>>third-class lever A lever that is not commonly defined in traditional mechanics. - ANSWER>>>>>>>fourth-class lever The abnormal protrusion of the small intestine through a weak point in the muscle of the abdominal wall. - ANSWER>>>>>>>hernia
Gates that close in voltage gated sodium ion channels, allowing for one-way transmission of action potential down the axon. - ANSWER>>>>>>>inactivating gates A characteristic of neurons indicated by their relatively many mitochondria and extensive rough endoplasmic reticulum. - ANSWER>>>>>>>high demand for ATP A property that is not true for neurons, which have relatively changing internal environments. - ANSWER>>>>>>>stable internal environments A characteristic of neurons due to their high demand for ATP. - ANSWER>>>>>>>high consumption of oxygen A function of neurons indicated by the presence of many clusters of ribosomes. - ANSWER>>>>>>>production of proteins This allows for the efflux (diffusion out) of potassium ions, resulting in the repolarization of the cell. - ANSWER>>>>>>>Efflux of potassium ions During the relative refractory period of an action potential, a larger than normal stimulus is needed to cause another action potential. - ANSWER>>>>>>>Relative refractory period If a postsynaptic neuron is stimulated to threshold by spatial summation, this implies that the postsynaptic cell has many synapses with many presynaptic neurons. - ANSWER>>>>>>>Spatial summation If a postsynaptic cell is stimulated to threshold by temporal summation, this implies that a presynaptic neuron is sending frequent EPSP. - ANSWER>>>>>>>Temporal summation When a neurotransmitter like acetylcholine is acting in an excitatory manner, chemically gated sodium channels will open. - ANSWER>>>>>>>Acetylcholine in excitatory manner When a neurotransmitter like GABA is acting in an inhibitory manner, hyperpolarization of the postsynaptic cell membrane is likely a result. - ANSWER>>>>>>>GABA in inhibitory manner The effect of acetylcholine can be stimulating or inhibiting due to different postsynaptic cells having different receptors. - ANSWER>>>>>>>Effect of acetylcholine Which of the following is NOT a function of dendrites? Generate nerve impulses and transmit them away from the cell body. - ANSWER>>>>>>>Functions of dendrites
The ANS consists of motor fibers that conduct nerve impulses from the CNS to smooth muscle, cardiac muscle, and glands. - ANSWER>>>>>>>Autonomic Nervous System (ANS) These cells in the CNS have cilia that move in order to circulate cerebrospinal fluid. - ANSWER>>>>>>>Ependymal cells The central nervous system uses the frequency of action potentials to determine the strength of a stimulus. - ANSWER>>>>>>>Strength of a stimulus Bipolar neurons are commonly found in the retina of the eye. - ANSWER>>>>>>>Bipolar neurons Acetylcholine is an excitatory neurotransmitter secreted by motor neurons innervating skeletal muscle. - ANSWER>>>>>>>Excitatory neurotransmitter Which of the following describes the nervous system integrative function? - ANSWER>>>>>>>Nervous system integrative function The inactivation gates on voltage gated sodium ion channels are closed during the relative refractory period. - ANSWER>>>>>>>Inactivation gates on sodium channels The sodium potassium pump will stop working during relative refractory. - ANSWER>>>>>>>Sodium potassium pump during refractory The voltage gated potassium ion channels remain open long enough to hyperpolarize the axon membrane. - ANSWER>>>>>>>Voltage gated potassium channels The postsynaptic cell has a lower than normal threshold if stimulated to threshold by spatial summation. - ANSWER>>>>>>>Lower than normal threshold The postsynaptic cell can be influenced by only one presynaptic cell if stimulated to threshold by temporal summation. - ANSWER>>>>>>>Frequent action potentials Chemically gated chloride channels will open when a neurotransmitter like acetylcholine acts in an inhibitory manner. - ANSWER>>>>>>>Chemically gated chloride channels Dendrites produce short-distance signals called graded potentials. - ANSWER>>>>>>>Graded potentials Acetylcholine has many different forms. - ANSWER>>>>>>>Neurotransmitter forms Postsynaptic cells have a dynamic and changing metabolism and respond differently at different times. - ANSWER>>>>>>>Dynamic metabolism of postsynaptic cells
Generated on the dendritic membrane when specific sodium gates will open - ANSWER>>>>>>>Excitatory postsynaptic potential (EPSP) Resulting graded potential is called a sensory potential - ANSWER>>>>>>>Graded potential from sensory neuron A change in the membrane potential of a postsynaptic neuron. - ANSWER>>>>>>>postsynaptic potential A postsynaptic potential that makes the neuron more likely to fire an action potential. - ANSWER>>>>>>>excitatory potential A graded potential that occurs in response to a stimulus at a sensory receptor. - ANSWER>>>>>>>generator potential Sodium gates in the membrane can open in response to electrical potential changes. - ANSWER>>>>>>>movement of ions across excitable membranes A second nerve impulse cannot be generated until the membrane potential has been reestablished. - ANSWER>>>>>>>second nerve impulse generation The interior surface of a neuron's plasma membrane will have a negative charge and contains less sodium than outside of the cell. - ANSWER>>>>>>>resting membrane potential If a motor neuron in the body were stimulated by an electrode placed about midpoint along the length of the axon, the impulse would spread bidirectionally. - ANSWER>>>>>>>motor neuron stimulation Glycine is the principal inhibitory neurotransmitter of the spinal cord. - ANSWER>>>>>>>principal inhibitory neurotransmitter A short distance depolarization that moves membrane potential away from threshold. - ANSWER>>>>>>>excitatory postsynaptic potential A brain structure that functions to control the autonomic nervous system and to regulate body temperature. - ANSWER>>>>>>>hypothalamus Nuclei of cranial nerves V (trigeminal), VI (abducens), and VII (facial) are found in the pons. - ANSWER>>>>>>>nuclei of cranial nerves The arbor vitae refers to cerebellar white matter. - ANSWER>>>>>>>arbor vitae The brain stem consists of the midbrain, medulla, and pons. - ANSWER>>>>>>>brain stem
The primary somatosensory cortex is located in the parietal lobe. - ANSWER>>>>>>>primary somatosensory cortex Spinocerebellar tracts carry information about muscle or tendon stretch to the cerebellum. - ANSWER>>>>>>>spinocerebellar tracts Ependymal cells line the ventricles of the brain. - ANSWER>>>>>>>ventricles of the brain The subarachnoid space lies between the arachnoid and pia layers of meninges. - ANSWER>>>>>>>subarachnoid space Vital centers for the control of heart rate, respiration, and blood pressure are located in the medulla oblongata. - ANSWER>>>>>>>vital centers Cell bodies of sensory neurons are located in the dorsal root ganglia of the spinal cord. - ANSWER>>>>>>>cell bodies of sensory neurons The groove that separates the frontal lobe from the parietal lobe is called the central sulcus. - ANSWER>>>>>>>frontal lobe separation The cerebrum is best described as the executive suite. - ANSWER>>>>>>>cerebrum An elevated ridge of the cortex is called a gyrus. - ANSWER>>>>>>>elevated ridge of the cortex The cerebral cortex contains three kinds of functional areas. - ANSWER>>>>>>>cerebral cortex Each hemisphere is chiefly concerned with sensory and motor functions of the contralateral side of the body. - ANSWER>>>>>>>Contralateral sensory and motor functions If the caudal portion of the neural tube failed to develop properly the spinal cord may be affected. - ANSWER>>>>>>>Neural tube failure effects The lateral sulcus separates the frontal from temporal lobes. - ANSWER>>>>>>>Lateral sulcus function Neural tracts that convey information to the brain concerning temperature and pain would be lateral spinothalamic. - ANSWER>>>>>>>Neural tracts for temperature and pain Which of these would you NOT find in the cerebral cortex? Fiber tracts. - ANSWER>>>>>>>Cerebral cortex components
