Which of the following is true of compiled programming languages?1 pointThey use punch cards to give instructions to a computer. This enables them to run on many types of CPUs.They use human-readable instructions that are translated into machine instructions by a compiler. This means they can only run on specific types of CPUs.They use human-readable instructions that are translated into machine instructions by a compiler. This enables them to run on many types of CPUs.They use assembly language to give instructions to a computer. This enables them to run on many types of CPUs.

The correct answer is: "They use human-readable instructions that are translated into machine instructions by a compiler. This enables them to run on many types of CPUs."

Here's why:

Compiled programming languages are written in a code that is human-readable. This code is then translated into machine instructions by a compiler. The compiler is a program that transforms the human-readable code into machine code that the computer can understand and execute.

The advantage of this is that once the code is compiled, it can run on any CPU that is compatible with the compiled code. This is because the compiler has already done the work of translating the code into a form that the CPU can understand. This makes compiled languages portable across many types of CPUs, as long as the compiler supports that CPU.

The other options are not correct because:

• Punch cards are an outdated method of giving instructions to a computer and are not used in modern compiled languages.
• Compiled languages can run on many types of CPUs, not just specific ones.
• Assembly language is a low-level language that is specific to a particular CPU or family of CPUs, and is not typically used in compiled languages.