(1) Prior to producing the translation of a high-level language program, a (True / False) compiler processes the source file in its entirety. (2) The semantics of a programming language specify how the properly formed (True / False) code behaves. (3) Every line of a C program should end with a semicolon. (True / False) (4) High-level languages give the programmer a uniform interface that depends (True / False) on the underlying ISA or hardware. (5) Commenting code in C is done the same way as it is done in LC-3 assembly (True / False) language. (True / False) decimal number, and stores the decimal number in variable time. (7) A function in C is the high-level language equivalent of a subroutine in (True / False) LC-3 assembly language programming. (8) If the semantics of a high-level programming language are violated, an error (True / False) message may direct the programmer to the place in the code where the bug likely exists. (9) If you write a whole C program all on one line with variable spacing (True/False) between syntactic elements, it will still compile and execute correctly if you use proper C syntax. (10) The C statement X=Y+45; will translate into a single LC3 machine code (True / False) instruction. (11) An MCU such as the STM32F429Zi is pretty simple, the datasheet is about (True / False) 10 pages long. (12) The STM32F429Zi, which we use in EE 240, has 14 timers with various (True / False) capabilities (13) When programming in a higher-level language, there is no need for (True / False) techniques used with Assembly language, such as task decomposition or flowcharts, because the language handles these issues