Why would a person with conductive hearing loss hear the tuning fork through bone conduction longer than or equally as long as through air conduction?

When a person with conductive hearing loss hear the tuning fork through bone conduction longer than or equally as long as through air conduction it is most likely due to something that inhibits the passage of sound waves from the ear canal, through the middle ear apparatus and into the cochlea.

Air transduction is the process of sound transport through the auditory system (sensory organs and sensory system). The air converts the sound into action potentials of the nerve fibers from the eardrum to the ossicles and labyrinth).

In conduction hearing loss, this transduction is impaired and consequently the hearing is limited.

your answer is false

explanation:

because there is law who can mage these sorts of things

answer: b. complete secondary assessment (detailed physical exam).

after you finished the primary assessment, you must proceed with the assessment by performing a complete detailed physical examination.

this secondary assessment includes a focused on patient’s history, vital signs and a specific and rapid examination of the entire body especially on the injuries acquired from the motor vehicle accident and the patient’s medical complaint.