Certified Tester Mobile Application Testing Free Sample Questions

Select the top 10 most popular devices globally to ensure the widest theoretical coverage, ignoring the specific European data.

Focus exclusively on the latest flagship devices from Apple and Samsung since they represent the highest revenue potential per user.

Analyze the specific manufacturer and screen resolution data from the provided analytics, prioritize the top devices covering 80% of the active user base, and use cloud-based testing for the 'long tail' of legacy devices.

Allocate 50% of the devices to Android and 50% to iOS, selecting the oldest supported versions to ensure backward compatibility is prioritized over current market usage.

Verifying that the application installation process completes within 30 seconds on high-end devices.

Ensuring that purchasing a cosmetic item correctly unlocks the content and that ad rewards are granted only after the ad creates a 'completed' callback.

Testing the application's performance when the device battery is below 15%.

Checking if the application can be uninstalled without leaving residual files.

The hybrid app cannot access the device's local storage or SQLite database, making offline data persistence impossible.

The hybrid app may rely heavily on web view caching and might have slower performance or limited access to background sync services compared to native code.

Hybrid applications are strictly prohibited from functioning without an active internet connection by Apple and Google store guidelines.

The native container automatically handles all offline syncing without any development effort, unlike native apps.

The release date of the physical device hardware.

The percentage of the target audience using the specific Operating System version (e.g., iOS 17.x).

The resale value of the device in the secondary market.

The resolution and pixel density (DPI) popularity within the target region.

Rely primarily on emulators to ensure consistent, repeatable test environments free from hardware interference.

Adopt a rigorous extensive testing approach including physical device testing with actual pumps, focusing on connectivity loss, data corruption, and regulatory compliance (e.g., FDA/MDR) over cosmetic UI issues.

Use crowdsourced testing to get the maximum number of users testing the pump connection in real-world scenarios.

Limit testing to the 'Happy Path' to ensure the device works correctly under normal conditions, as edge cases are rare.

True

False

Verifying the correct rendering of CSS media queries on different screen sizes.

Verifying the 'Add to Home Screen' prompt appears and the Service Worker correctly caches assets for offline use.

Verifying that hyperlinks navigate to the correct destination pages.

Verifying the application works on Chrome and Safari browsers.

The application should crash immediately to protect user data.

The application should go to the background, pause execution, and upon resumption, present the user with the same state (or a lock screen if timeout occurred) without data loss.

The application should automatically complete the transaction in the background to save the user time.

The application should block the incoming call to ensure the transaction finishes.

The app should force close since it cannot function without the camera.

The app should silently fail and do nothing when the button is tapped.

The app should bypass the system dialog and turn on the camera using root privileges.

The app should display a rationale dialog explaining why the feature is needed and provide a link to the OS Settings page to manually enable the permission.

The test script fails because the element ID changed in the new build, but the feature works fine manually.

The test script passes successfully, but the application actually crashed in the background during execution.

The test script fails, and the application has a critical bug.

The test script passes, and the application functions correctly.