1.
What was the build number for the third developer preview of Android 6.0 released for Nexus devices?
Correct Answer
B. MPA44I
Explanation
The build number MPA44I denotes the third developer preview of Android 6.0, specifically tailored for Nexus devices such as Nexus 5, Nexus 6, Nexus 9, and Nexus Player. This build served as a crucial testing ground for developers and enthusiasts to explore new features and improvements before the official release.
2.
What was the codename for Android 6.0 during its unveiling at Google I/O?
Correct Answer
C. Android M
Explanation
Initially unveiled as "Android M" during Google I/O, Android 6.0 eventually emerged as Android Marshmallow upon its official release. The transition from codename to the final product marked a significant milestone in the Android ecosystem, signaling the arrival of a new iteration packed with enhancements and optimizations.
3.
What feature in Android 6.0 optimizes battery life by reducing CPU speed when the screen is off?
Correct Answer
B. Doze mode
Explanation
Android 6.0 introduced Doze mode, a sophisticated power-saving feature designed to extend battery life. By intelligently managing background processes and network access, Doze mode significantly reduces battery consumption during periods of inactivity, ensuring prolonged usage without compromising performance.
4.
In Android 6.0, how are memory cards mounted in the file system?
Correct Answer
D. /storage/????-????/
Explanation
In Android 6.0, memory cards are mounted to the file system at the location /storage/????-????/, with the alphanumeric placeholders representing a unique hexadecimal volume serial number. This revised file path enhances compatibility and reliability while accessing external storage devices.
5.
What feature of Android 6.0 allows for target-specific sharing between apps?
Correct Answer
A. App Linking
Explanation
Android 6.0 introduced App Linking, a seamless integration feature that enables precise linking between apps and content. By associating specific URLs with corresponding applications, App Linking streamlines user interactions, ensuring a smoother and more intuitive navigation experience across various apps and services.
6.
What did Android 6.0 rename the "Priority" mode to?
Correct Answer
B. Do Not Disturb mode
Explanation
Formerly known as "Priority" mode, Android 6.0 renamed it to "Do Not Disturb" mode. This feature empowers users to customize notification preferences, silencing alerts and disturbances during specified timeframes or activities, fostering uninterrupted focus and productivity.
7.
Which mode in Android 6.0 allows external storage to behave like internal storage?
Correct Answer
A. Adoptable storage
Explanation
Android 6.0 introduced Adoptable storage, a groundbreaking feature that blurs the line between internal and external storage. By seamlessly integrating external storage devices like SD cards into the internal storage pool, Adoptable storage offers expanded capacity and flexibility, enabling users to store and manage their data more efficiently.
8.
What command did Android 6.0 introduce for faster instinctive opening of links with corresponding applications?
Correct Answer
D. App Link
Explanation
Android 6.0's App Linking feature revolutionizes app-to-app communication by facilitating direct and seamless navigation between apps and associated content. By recognizing and handling relevant URLs, App Linking enhances user convenience and accessibility, ensuring a cohesive and integrated app ecosystem.
9.
What support did Android 6.0 drop regarding screen rotation?
Correct Answer
C. No rotation allowed
Explanation
Android 6.0 discontinued support for screen rotation during touch interactions, aiming to provide a more consistent and user-friendly experience. This adjustment prevents unintended screen rotations and enhances overall usability, especially in scenarios requiring precise touch input.
10.
Which feature of Android 6.0 allows for automatic full data backup and restore for apps?
Correct Answer
C. Auto Backup
Explanation
Android 6.0 introduced Auto Backup, an automatic data backup and restore mechanism tailored for apps. By securely backing up app data to the cloud at regular intervals, Auto Backup ensures data integrity and resilience, safeguarding user information against unexpected loss or device failure.