In a binary number represented by 32 bits, the “zeroth bit” of this number will also referred to as the “low-order bit”.

In a binary number represented by 16 bits, the “zeroth bit” of this number will also referred to as the “high-order bit”.

A single hexadecimal digit can represent one of sixteen different possible values.

When the bits of register BH are changed by an HLA programmer, no other register will find its bits changed as a result.

Given the way OR( … ) works, the most likely outcome is a true result (that is, the value 1), not a false result (that is, the value 0).

A nibble can represent one of eight different values.

Because of the way the CPU registers overlap, when changing the bits in a certain CPU register, an HLA programmer may also be changing the bits in one or two other CPU registers.

Create an HLA Assembly language program that prompts for a single integer value from the user and prints an vvvv pattern like the one shown below. If the number is negative, don’t print anything at all. Here are some example program dialogues to guide your efforts:Feed Me: 33    3 3  3  33  Feed Me: -6Feed Me: 55        5 5      5  5    5   5  5    55 In an effort to help you focus on building an Assembly program, I’d like to offer you the following C statements matches the program specifications stated above. If you like, use them as the basis for building your Assembly program.SAMPLE C CODE:———————— int n;int i, j;scanf( “%d”, &n ); //    V pattern for( i = 1; i

Use the quadratic formula to find the exact solutions.2×2 + 5x = 1

COSO defines risk as: