Exercises

1:	Extend the SQUARES program in Chapter 1 in order to compute a list of values of one of the following polynomials for integer values of N from 1 through 9, again without using explicit multiplication instructions. Hint: Use a repeat block. N 2 + N 2 N2 + 1 N2 + N + 2 Store the function values in memory locations. Use an examine command of the debugger to inspect the results.
2:	Use a repeat block to construct a data section containing 25 instances of a record structure that provides five quad words for a part number, a quantity, a cost, a selling price, and a net profit, and then 40 bytes for a description. Note that the resulting memory region comprises an array with one row per part and six columns for the specified fields of information.
3:	Use a repeat block with .irp to construct a data section containing five successive 25-element vectors labeled NUMBER, COUNT, COST, PRICE, and PROFIT. Then allocate a space at label NAME for 25 strings of 40 bytes in length. Draw a sketch that shows how this data region differs from the one that would result from exercise 2 above.
4:	Explain how the macro .macro loadit FROM,TO,LENGTH=8 ld\LENGTH \TO,[\FROM] .endm will expand in the following cases of invocation: loadit r14, r15, 4 loadit r14, r15 loadit r14, r15, 1
5:	Write simple macros for swapping integers, as follows: Macro SWAP assumes that the two register parameters contain the quad word data. Macro SWAPI (swap indirect) assumes that the two register parameters point to the quad word data.
6:	Write out all the lines needed to alter USDOLLARS appropriately for: up to 1999 UK pounds up to 1999 Euros in French up to 1999 Euros in German up to 1999 units of some other country's currency
7:	Develop an algorithm, a data structure, and a macro that would support the writing of numbers as Roman numerals.