$1.$List and describe $3$ traditional types of computers.

$2.$ Describe the steps it takes to translate a program in higher$-$level language to form suitable for direct execution on a computer.

$3.$ Explain the correlation between clock rate and power in microprocessors, as mentioned in the chapter.

$4.$ Consider two different implementations of the same instruction set architecture. The instructions can be divided into four classes according to their CPI $($classes A$,$ B$,$ C$,$ and D$).$ P$1$ with a clock rate of $2\mathrm{.}5$ GHz and CPIs of $1,2,3,$ and $3,$ and P$2$ with a clock rate of $3$ GHz and CPIs of $2,2,2,$ and $2.$ Given a program with a dynamic instruction count of $1\mathrm{.}0$E$6$ instructions divided into classes as follows: $10\%$ class A$,20\%$ class B$,50\%$ class C$,$ and $20\%$ class D$,$ which is faster: P$1$ or P$2?$

a$.$ What is the global CPI for each implementation? b$.$ Find the clock cycles required in both cases.

$5.$ Explain the difference between response time and throughput in the context of computer performance metrics. Describe the relationship between response time and throughput when making changes to a computer system, such as replacing the processor with a faster version or adding additional processors.

$6.$ Assume for arithmetic, load$/$store$,$ and branch instructions, a processor has CPIs of $1,12,$ and $5,$ respectively. Also assume that on a single processor a program requires the execution of $2\mathrm{.}56$E$9$ arithmetic instructions, $1\mathrm{.}28$E$9$ load$/$store instructions, and $256$ million branch instructions. Assume that each processor has a $2$ GHz clock frequency. Assume that, as the program is parallelized to run over multiple cores, the number of arithmetic and load$/$store instructions per processor is divided by $0\mathrm{.}7$ x $($where is the number of processors$)$ but the number of branch instructions per processor remains the same. Find the total execution time for this program on $1,2,4,$ and $8$ processors, and show the relative speedup of the $2,4,$ and $8$ processors result relative to the single processor result.

i need answers for this questions $0\%$ plagiarism, plz help $$me$.$

i need all the question$1$ to $6$ answers.