Make an x86 program that inputs a value N, which is the number of terms in the summation, and outputs the sum, the runtime, and some intermediate values as shown in the sample execution below. Make a driver program that calls the assembly program. As usual the driver is not part of the solution. The driver doesnt know the actions of the called program.

It should execute the following(example):

Welcome to fast number crunching by programmer.

This is a very fast platform running a AMD Verizon at 3.2GHz.

Please enter the number of terms to be included in the harmonic sum: 40

The clock is now 42654985129 tics and the computation will begin immediately.

With 4 terms the sum is 2.0833333333

With 8 terms the sum is 2.7178571429

With 12 terms the sum is 3.1032106782

With 16 terms the sum is 3.3807289932

With 20 terms the sum is 3.5977396571

With 24 terms the sum is 3.7759581778

With 28 terms the sum is 3.9271710390

With 32 terms the sum is 4.0584951954

With 36 terms the sum is 4.1745591968

With 40 terms the sum is 4.2785430389

Final sum is 4.2785430389

The clock is now 58754103487 and the computation is complete.

The elapsed time was 16099118358 tics.

At 3.2GHZ that is 5.030974487 seconds.

This assembly program will now return the harmonic sum to the driver program.

The driver has received the number 4.2785430389.