CPACC Universal Design Principles 5

Question 1

A library installs self-checkout kiosks that require gripping and turning a handle. Which Universal Design principle is VIOLATED?

Accepted Answer

Low Physical Effort

Answer

Low Physical Effort requires that a design can be used efficiently and comfortably with minimum fatigue; requiring gripping and twisting excludes users with limited hand strength or dexterity.

Question 2

In Universal Design, 'Tolerance for Error' is BEST described as:

Accepted Answer

Minimizing hazards and adverse consequences of accidental or unintended actions

Answer

Tolerance for Error means designing to minimize the hazards and adverse consequences that can result from accidental or unintended actions by the user.

Question 3

Which scenario BEST demonstrates 'Simple and Intuitive Use' in a digital context?

Accepted Answer

An app that uses consistent icons, clear labels, and logical step-by-step workflows

Answer

Simple and Intuitive Use means design is easy to understand regardless of experience or cognitive ability; consistent icons, clear labels, and logical workflows achieve this.

Question 4

Universal Design differs from accessible design primarily because Universal Design:

Accepted Answer

Intends to benefit all users, not just those with disabilities

Answer

Universal Design aims to create products and environments usable by all people, to the greatest extent possible, benefiting the full spectrum of human diversity — not only those with disabilities.

Question 5

A hotel room features lever-style door handles instead of round knobs. Which principle of Universal Design does this address?

Accepted Answer

Low Physical Effort

Answer

Lever handles require less grip strength and twisting force than round knobs, supporting Low Physical Effort for users with arthritis, limited grip, or other conditions.

CPACC - Certified Professional in Accessibility Core Competencies Practice Test

CPACC - Certified Professional in Accessibility Core Competencies Practice Test

CPACC Universal Design Principles 5