Select two statements from the options below that are true about high-level languages and their translation methods.

• A: Compiled high-level programs generally execute faster than interpreted programs because they do not require line-by-line translation during runtime.
• B: High-level code is highly hardware-dependent, meaning a program written in a high-level language must be completely rewritten to run on a CPU with a different instruction set.
• C: A compiler translates high-level source code into an intermediate or machine code representation, producing a standalone executable file that does not require the compiler to run.
• D: Interpreters translate high-level source code into machine code all at once before any execution begins, storing the output in an object file.
• E: High-level languages provide programmers with direct, unrestricted control over physical memory addresses and CPU registers.
• F: An assembler is a translator used to convert high-level languages like Python or Java directly into assembly code.