Answer:
Java's bytecode
Explanation:
To execute its operations, java programming languages uses bytecodes.
These bytecodes are literally instructions of a java virtual machine (or JVM). They are generated in form of a class file as soon as the java program is ran and executed. In other words, the java compiler compiles the code and generates the bytecode.
As soon as the bytecode is generated, it can be transferred to a different machine and platform completely and one can run this bytecode on this different machine.
Answer:
Assembly language
Explanation:
Assembly language writes instructions in human letters. Every machine language instruction has a corresponding assembly language instruction that means exactly the same thing. Assembly language uses a symbolic form of a program which are capable of:
- readable by human beings (+/-)
- constants, addresses, and names of symbolic instructions
- arithmetic during assembly - calculations of addresses, constants
- synthetic instructions (not supported by our assembler)
- expansion of macroinstructions (not supported by our
assembler)
- assembly instructions (pseudo-instructions)
• memory allocation
• memory initialization
• conditional assembly (not supported by our assembler)
Mathematics because it's is the science of number
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Answer:
Reseat the new stick of RAM
Explanation:
Joe needs to reseat the new stick of the RAM. For that, he should gently release the clips which hold RAM in the correct posture, and one on each side. Joe is required to do this for each of the available memory modules. And then he will have the cautiously replace all the memory modules( 2 in number) through to DIMM slots which are on the motherboard. Make sure that you have noted down the locations of each notches on the RAM as well as the DIMM slots.
