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)
the answer is A typewritten form of communication with all parts aligned to the left margin
<span>They are made for vehicles that are slow moving or should travel at a low speed so as not to endanger the lives of other drivers on the road, they are signs that prevent bottlenecks with slow vehicles, which for one reason or another, they cannot travel at a higher speed than others cars in the road, this mostly is noticed in cargo trucks carrying heavy cargo during a long journey.</span>
I’m guessing free points?
Answer:
The base case
Explanation:
Required
The part that determines the termination of a recursion
This part of a recursion is referred to as the base case.
Take for instance, the following:
<em>factorial(int n)
{
</em>
<em> if (n < = 1) { return 1; }
</em>
<em> else { return n*factorial(n-1); } }</em>
<em />
The base case of the above is if (n < = 1) { return 1; }
Because the recursion will continue to be executed until the condition is true i.e. n less than or equals 1
