This structure houses the vocal folds

This is the largest laryngeal cartilage

This is another name for the vocalis muscle

These are extrinsic muscle subgroups

The vocal folds are in this position for phonation

The vocalis muscle is the main muscle mass of this structure

This is a flexible elastic cartilage that sits superiorly to the thryoid

This is the only intrinsic, abductor laryngeal muscle

This is the primary function of suprahyoids

This create the pitch of voice

This type of joint is highly mobile

These are elastic conical-shaped cartilages

These are the 3 main functions of intrinsic laryngeal muscles

This muscle extends from the chest bone to the "floating bone"

This principle explains the inverse relationship between air pressure and velocity

This is one joint associated with the larynx

The posterior portion of the vocalis muscles attaches to the vocal processes of these cartilages

These are the 2 parts of the interarytenoids

This muscle is deeper than the mylohyoid and runs from the hyoid to the chin

These are the 3 sets of folds found within the larynx

This is the length range of female's vocal folds

The cricothyroid joint allows for this movement of the thyroid

This muscle is a major contributor to increasing vocal fold length and tension

These are the 3 cranial nerves involved with innervating the extrinsic laryngeal muscles

These are 3 physical factors that affect the vibration of the vocals folds