What are hemorrhoids?

 In MIPS, how large (in bits) can an immediate field be?

I’ve shown you how to build a 32-bit adder, and the design I’ve shown you certainly gives the right answer. But while it works, is not fast enough for modern processors. What’s wrong with it? (We haven’t studied how to fix this, yet.)

Suppose that we had 9 different inputs to choose from, headed into a MUX. How many control bits would we need? Why?

In this problem, caller() calls target(). When this problem begins, caller() is using (and wants to preserve) the registers $t1, $t2, $t4, $s2, $s6, $s7. target() takes 3 parameters. It will need to save the second and third to the stack. target() will be using the following registers somewhere in its code: $t0, $t1, $s1, $s3. (There are 3 questions about these functions.  They will be scattered across the exam because D2L randomizes the order – I apologize!) The standard stack frame is made up of 6 words. Once target() is running its code, what will those 6 words contain? Write your answers below, one per line. The first line must be the top of the stack, and the last line must be the bottom of the stack. On each line, give the name of a register which was saved there by target(), or write “unchanged” if target() had no reason to write to that word. 

Write a snippet of MIPS assembly which implements the following if() statement. Make sure to include all necessary labels. if (foo == bar && fred

If you send an email to Dr. Cannon, when should you expect an answer?

The available access and due dates for each module and quiz are listed in the course Syllabus.

A request for an excused absence for missing a quiz must be made to Dr. Cannon how soon after the last day of the quiz availability? afte

You may complete course modules at your pace rather than following specific module release and due dates.