The ______ controls processes, memory, and device communication., Native Feel, Kernel, Abstraction Layer, Cross-platform, Many modern apps are designed to be ______ to reach a wider audience., Cross-platform, Native Feel, Kernel, Interpreted Language, An ______ hides technical complexity from developers., WebAssembly, Kernel, Abstraction Layer, Native Feel, JavaScript runs in the browser as an ______., Native Feel, Cross-platform, Kernel, Interpreted Language, A good ______ makes an app feel natural on a specific operating system., WebAssembly, Native Feel, Cross-platform, Abstraction Layer, ______ allows programs to run efficiently inside a web browser., WebAssembly (Wasm), Interpreted Language, Kernel, Cross-platform, The ______ interacts directly with hardware components., Native Feel, Cross-platform, WebAssembly, Kernel, Creating ______ applications helps reduce development costs., Native Feel, Interpreted Language, Cross-platform, Kernel, An ______ provides a simplified interface for complex systems., Native Feel, Abstraction Layer, WebAssembly, Kernel, Languages like Python and JavaScript are ______., Interpreted Language, Kernel, Cross-platform, Native Feel, Users notice when an app lacks a proper ______ on their device., Kernel, Abstraction Layer, Native Feel, WebAssembly, ______ is often used to improve performance in web-based applications., Kernel, Interpreted Language, Native Feel, WebAssembly (Wasm), The ______ is essential for system stability and performance., Abstraction Layer, Native Feel, Cross-platform, Kernel, Developers prefer ______ solutions when targeting multiple OS environments., Interpreted Language, Native Feel, Cross-platform, Kernel, An ______ separates application logic from system-level operations., Native Feel, Abstraction Layer, Kernel, WebAssembly.

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