Select the correct answer to each of the following questions based on the following scenario: A patient has difficulty shifting their gaze and also misinterprets visual information after a head injury. a)  Which functional area is responsible for horizontal eye movements, such as shifting gaze? b)  Where exactly is this functional area (a) located? c)  Which functional area is responsible for interpreting visual input from the eyes? d)  Where exactly is this functional area (c) located?

Fill in the answer: A second-year student loves taking dramatic selfies, often puckering their lips for a perfect pout or pretending to blow kisses to their followers. Which muscle is mainly responsible for this action?

When taking a breath, which intrinsic muscle of the larynx is responsible for keeping the rima glottidis (space between the vocal cords) open?

Which of the following nerves is a motor nerve arising from the cervical plexus?

Select TWO functional areas located in the frontal lobe.

Fill in the answer: Which vein is formed by the superficial temporal and maxillary veins?

Select the correct description to match each spinal cord tract or structure:

Which TWO structures of the cerebellum are involved with maintenance of balance?

Inhibiting acetylcholinesterase would cause the muscle to

Fill in the correct answers: Which artery is described in each of the following statements regarding the formation and distribution of the cerebro-arterial circle (Circle of Willis)? a) The internal carotid artery gives rise to a branch that supplies the medial surface and approximately one fingerbreadth of the superolateral surface of the frontal and parietal lobes: b) The artery in (a) is connected to the corresponding artery on the opposite side by a short midline vessel: c) Another branch from the internal carotid artery supplies most of the superolateral surfaces of the frontal, parietal, and temporal lobes: d) The basilar artery divides into its terminal branches that primarily supply the occipital lobes: e) The arteries in (c) and (d) are connected by a vessel that completes the arterial circle: