A high-data-rate IP network designed for modern tactical communications providing outstanding data performance across the battlefield
Solution:
Firstly the instructions are parsed, one at a time, and each instruction is converted to the equivalent machine language (ML) binary CPU commands.
The relative addresses are noted so that any jumps, loops, etc., can be updated to point to the correct (relative) address, and the binary codes representing the loop, jump, etc., will be replace with correct addresses.
Thus, once all instructions are converted to ML instructions, and all addresses are replaced by the actual (relative) in-memory address, all the instructions are written (as actual binary) to an executable file along with loading instructions (in machine language), telling the CPU where to put the executable program in memory, and then the starting address of the program so the CPU will know where to actually find the program within the memory.
Answer:
In Python:
def fib(nterms):
n1, n2 = 1, 1
count = 0
while count < nterms:
term = n1
nth = n1 + n2
n1 = n2
n2 = nth
count += 1
return term
Explanation:
This line defines the function
def fib(nterms):
This line initializes the first and second terms to 1
n1, n2 = 1, 1
This line initializes the Fibonacci count to 0
count = 0
The following while loops gets the number at the position of nterms
<em> while count < nterms:
</em>
<em> term = n1
</em>
<em> nth = n1 + n2
</em>
<em> n1 = n2
</em>
<em> n2 = nth
</em>
<em> count += 1
</em>
This returns the Fibonnaci term
return term
The answer is C. The third choice.
It probably short circuited or something inside your computer hole is broken
