High-level languages abstract away complex hardware operations.
True
Steps involved in translating high-level languages into machine code
1️⃣ Compiling or interpreting
2️⃣ Converting to machine code
3️⃣ Executing the code
High-level languages have low abstraction compared to low-level languages.
False
What does portability in high-level languages allow?
Minimal code modification
Debugging high-level languages is harder than debugging low-level languages.
False
High-level languages use syntax that resembles natural language
High-level languages reduce the need to rewrite code for different systems due to their portability.
True
Compilers and interpreters translate high-level languages into machine code.
True
Portability in high-level languages allows programs to run on different operating systems with minimal changes.
True
Low-level language syntax is machine-oriented and complex for humans to understand.
True
High-level languages enhance programmer productivity and software development efficiency compared to low-level languages due to their high portability and human-readable syntax
High-level languages require programmers to handle more low-level operations than low-level languages.
False
Why are high-level languages considered highly portable?
Minimal system modifications
High-level languages enhance programmer productivity and software development efficiency due to their human-readable syntax, high abstraction, ease of use, and high portability
Java is platform-independent and object-oriented, making it suitable for enterprise applications.
True
In which environment does JavaScript primarily run?
Web browsers
What is the purpose of abstraction in high-level languages?
Hide low-level details
High-level languages are suitable for various programming tasks, making them highly versatile
High-level languages require programmers to understand complex hardware operations.
False
High-level programs can run on different operating systems and hardware with minimal modification
Extensive online communities and libraries provide support for high-level languages.
True
What is a key advantage of high-level languages in terms of debugging and testing?
Easier to debug
How do high-level languages enhance software development efficiency compared to low-level languages?
By simplifying programming tasks
Why are high-level languages easier to debug and test?
Simpler syntax and abstraction
The syntax of high-level languages is machine-oriented
False
High-level languages use human-readable syntax
What type of hardware details do high-level languages abstract away?
Low-level details
Assembly language is an example of a low-level language
What is a common use case for Java?
Enterprise applications
Python is often used for web development
True
High-level languages require programmers to manage low-level hardware details
False
High-level programs can be easily ported to different systems
Why may high-level languages be less performant than low-level languages?
Additional abstraction
High-level languages may require a steeper learning curve
What makes high-level language syntax easy to read and write?
Natural language similarity
Examples of high-level languages include Python, Java, and JavaScript
What type of syntax do low-level languages use?
Machine-oriented
High-level languages are easier to use than low-level languages
High-level languages benefit from extensive online communities and libraries