regulates and integrates the operations of the computer. It selects and retrieves instructions from the main memory in proper sequence and interprets them
I am just gonna yolo it... <span>each table has to be updated individually </span>
Answer:
see explaination
Explanation:
If the cache contains 2k blocks, then the data at memory address i would go to cache block index ( i mod 2k )
Memory address = 5 bit
Cache block = 23
So, if the memory location is 9, then binary address = 01001 and cache block = 9 % 8 = 1 = 001
if the memory location is 12, then binary address = 01100 and cache block = 12 % 8 = 4 = 100
if the memory location is 15, then binary address = 01111 and cache block = 15 % 8 = 7 = 111
While( n ) /*when n == 0, will fail*/
{
putchar( '*' ); /*effectively print asterick*/
n--; /*post-decrement n*/
}
Answer:
Superposition
Explanation:
Quantum units of information also known as qubits or quantum bits are very important in analyzing complex data. They deploy the properties of entanglement and superposition to offer exponentially greater computing power. The concepts of entanglement and superposition are both aspects of quantum phenomena.
Entanglement involves the uniting of two quantum particles, thus ensuring that they are perfectly bonded and would not be torn apart by any amount of distance. Superposition entails that quantum particles such as the digits used in binary calculations can take on different conditions concurrently. So, these two properties help to improve computational power.