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Facial, Trigeminal, Vestibulocochlear: The Facial nerve (VII) is primarily responsible for facial expressions and taste sensation. The Trigeminal nerve (V) is involved in facial sensation and chewing. The Vestibulocochlear nerve (VIII) deals with hearing and balance, not eye movements.

Spinal Accessory, Facial, Trigeminal: The Spinal Accessory nerve (XI) controls neck and shoulder movements, not eye movements. The Facial nerve (VII) and Trigeminal nerve (V) are also not involved in eye movements.

Glossopharyngeal, Vagus, Hypoglossal: The Glossopharyngeal nerve (IX) is involved in taste and salivation. The Vagus nerve (X) controls parasympathetic functions and throat muscles. The Hypoglossal nerve (XII) controls tongue movements. None of these nerves are responsible for eye movements.

Ears: Evaluation of the ears is primarily concerned with hearing and balance, which involve cranial nerves such as VIII (Vestibulocochlear), not IX, X, and XII.

Head and face: The assessment of the head and face generally involves cranial nerves V (Trigeminal) and VII (Facial), which control facial sensation and movement, rather than IX, X, and XII.

Mental status examination: While mental status is crucial for overall health assessment, it does not specifically target cranial nerves IX, X, and XII.

Apparent state of health: This generally reflects overall health rather than specific mental or cognitive status.

Facial expression: Facial expression provides insight into mood and emotional state but does not specifically assess consciousness or orientation.

Posture, gait, motor activity, and speech: These aspects are relevant for physical activity and motor skills, not specifically for consciousness or cognitive orientation.

Use tangential lighting: Tangential lighting is not typically used for assessing heart impulses; it is more useful for examining surface characteristics of the skin.

Assist the client to a standing position: The client should be in a supine or semi-recumbent position for accurate inspection of apical heart impulses, not standing.

Focus a penlight on the client's chest: While a penlight can be used in physical assessments, perpendicular lighting is more effective for clearly seeing the apical heart impulses.

XII: The Hypoglossal nerve (XII) controls tongue movements but does not involve taste sensation.

V: The Trigeminal nerve (V) provides sensation to the face and mouth but is not responsible for taste.

II: The Optic nerve (II) is involved in vision, not taste.

Facial, Trigeminal, Vestibulocochlear: The Facial nerve (VII) controls facial expressions, the Trigeminal nerve (V) is involved in facial sensation, and the Vestibulocochlear nerve (VIII) handles hearing and balance, none of which are directly related to eye movements.

Spinal Accessory, Facial, Trigeminal: The Spinal Accessory nerve (XI) controls neck and shoulder movements, while the Facial nerve (VII) and Trigeminal nerve (V) are not involved in eye movements.

Glossopharyngeal, Vagus, Hypoglossal: The Glossopharyngeal nerve (IX) is involved in taste and salivation, the Vagus nerve (X) affects parasympathetic functions, and the Hypoglossal nerve (XII) controls tongue movements, none of which are related to eye movements.

Planning: Planning involves setting goals and interventions based on data collected, but data collection itself is not part of this phase.

Diagnosis: Diagnosis involves analyzing collected data to identify health issues, but data collection is a separate process that occurs before this phase.

Evaluation: Evaluation assesses the effectiveness of interventions and progress towards goals, but data collection is performed earlier in the process.

External Eye Structures: This assessment involves examining the visible parts of the eye and surrounding structures, not the distance vision.

Near Vision: Near vision is typically assessed using a reading chart held at a close distance, not a chart mounted on the wall.

Peripheral Vision: Peripheral vision assessments involve testing the field of vision to detect loss or abnormalities, rather than focusing on distant vision.