Practise Audiology (5343) with a short sample and answer explanations. These are independent learning materials, not official exam questions or a pass prediction.
Exam outline and official sources
Educational Testing Service (ETS) · ETS Praxis Audiology (5343) Study Companion, copyright 2020; outline corroborated by ASHA's current exam-content page on 2026-10-12. No explicit blueprint effective date or revision number is stated. The workbook label 'Audiology Praxis' maps to Audiology (5343); the assigned slug is preserved.
This original 20-question sample covers selected topics across the outline. It does not reproduce official exam questions or cover every tested topic.
- ETS Praxis: Audiology (5343)
- Praxis Audiology (5343) Study Companion
- ASHA: About the Audiology Praxis Exam
- ASHA: Audiology Praxis Exam Information
- NIOSH Health Hazard Evaluation Report 2019-0208-3408
- NIOSH: Understanding Noise Exposure Limits
- NIDCD: How Do We Hear?
- NIDCD: Balance Disorders
- NIDCD: Usher Syndrome
- ASHA: Guidelines for Manual Pure-Tone Threshold Audiometry
- JCIH: Position Statements
- JCIH Year 2019 Position Statement: Executive Summary
- JCIH 2019 Position Statement FAQs: Audiology, updated January 1, 2024
- JCIH 2019 Position Statement FAQs: Newborn Hearing Screening
- ASHA: Type, Degree, and Configuration of Hearing Loss
- ASHA Practice Portal: Hearing Loss in Children
- ASHA Practice Portal: Hearing Loss in Adults
- ASHA: Determining Threshold Level for Speech
- NIDCD: Sudden Sensorineural Hearing Loss
- ASHA Practice Portal: Hearing Aids For Adults
- ASHA: Hearing Assistive Technology Systems
- ASHA Practice Portal: Cochlear Implants
- NIDCD: Tinnitus
- ASHA Practice Portal: Tinnitus and Hyperacusis
- ASHA Practice Portal: Aural Rehabilitation for Adults
- ASHA Code of Ethics, effective March 1, 2023
- ASHA: Evidence-Based Practice
Audiology (5343)
Start with 20 free questions, then review the explanations and any topics you missed.
The root-mean-square sound pressure of a steady tone doubles while the reference pressure remains unchanged. Using ΔL = 20 log10(p2/p1), approximately how much does its sound pressure level increase?
Audiology (5343)
Flashcards
Foundations of Audiology
Anatomy and physiology: cochlear frequency organization
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