Implement the following C++ function into MIPS. The first argument will arrive in a0, the second argument will be in a1, and so on.
Don't forget to include the functions label and the jr $ra instruction.
The return value must be placed into v0.
Be sure to preserve the "saved" registers if used. Your MIPS algorithm does not need to match my C++ code!!)

//Precondition : size is >= 0 and is the # of items in array
//Postcondition: Return true(1) if passed array is in increasing order
bool iinc(int a[], int size) {
for ( int i = 1 ; i < size ; i++ )
if ( a[i-1] >= a[i] )
return false;
return true;
}

Step 1: choose your topics review the project milestone reflections you submitted for modules 1 through 4. choose the one major idea or concept from each module that you feel most applies to your life. in addition, choose an important concept from module 5 that applies to your life. step 2: write your guidebook for each module: write a catchy headline that clearly and concisely sums up your chosen idea or concept write a brief explanation that includes a description of the concept, why it is important, and how it can be applied to your life to make a positive impact choose an exciting, powerful, or engaging image that illustrates your concept remember, you are writing one for each module, so you will have a total of five headlines, five descriptions, and five images. step 3: design your guidebook choose a format to present your digital guidebook. there are many 21st century tools available for creating and submitting your work in the online environment. for more information on tools your school uses, contact your instructor or visit the web 2.0 tools area.

Suppose we have a byte addressable computer that has a 32-byte cache with 8 bytes per block. the memory address is 8 bits long. the system accesses memory addresses (in hex) in this exact order: 6e, b9, 17, e0, 4e, 4f, 50, 91, a8, ab, ad, 93, and 94. (a) assuming the cache is direct mapped, what memory addresses will be in cache block 2 after the last address has been accessed? (b) assuming the cache is direct mapped, what is the hit ratio for the entire memory reference sequence given, assuming the cache is initially empty? (c) assuming the cache is 2-way set associative with a lru replacement policy, what is the hit ratio?

What is a rush associated with alcohol?