This was quite tricky but, I found a program online that answers your question. The answer is (Do you know your binary code? Answer this in binary code)
The answer is a. A mnemonic is a tool to aid retention
Answer:
D. 2.6 GHz processor, 8 GB RAM, 1 TB hard drive
Explanation:
In Computer science, the processor speed of a computer can be defined as the number of cycles per seconds that the central processing unit (CPU) of a computer operates. The processor speed typically determines the number of information that a computer is able to execute per seconds. Therefore, the higher or faster the processor speed the faster the computer in processing complex data.
Generally, the processor speed of a computer is measured in megahertz (MHz) or gigahertz (GHz).
Additionally, Radom Access Memory (RAM) can be defined as the main memory of a computer system which allow users to store commands and data temporarily. RAM is measured in megabytes (MB) or gigabytes (GB).
Generally, the Radom Access Memory (RAM) is a volatile memory and as such can only retain data temporarily.
All software applications temporarily stores and retrieves data from a Radom Access Memory (RAM) in computer, this is to ensure that informations are quickly accessible, therefore it supports read and write of files.
Hence, the computer which is the fastest to process complex data is the 2.6 GHz processor, 8 GB RAM, 1 TB hard drive because of the higher processor speed and RAM size.
Answer:
see explaination
Explanation:
oid changeCase (char char_array[], int array_size ) {
__asm{
// BEGIN YOUR CODE HERE
mov eax, char_array; //eax is base image
mov edi, 0;
readArray:
cmp edi, array_size;
jge exit;
mov ebx, edi; //using ebx as offset
shl ebx, 2;
mov cl, [eax + ebx]; //using ecx to be the storage register
check:
//working on it
cmp cl, 0x41; //check if cl is <= than ASCII value 65 (A)
jl next_indx;
cmp cl, 0x7A; //check if cl is >= than ASCII value 122 (z)
jg next_indx;
cmp cl, 'a';
jl convert_down;
jge convert_up;
convert_down:
or cl, 0x20; //make it lowercase
jmp write;
convert_up:
and cl, 0x20; //make it uppercase
jmp write;
write:
mov byte ptr [eax + ebx], cl //slight funky town issue here,
next_indx:
inc edi;
exit:
cmp edi, array_size;
jl readArray;
mov char_array, eax;
// END YOUR CODE HERE
}
}
