This series is of little practical value because enormous numbers of terms are required to achieve good approximations (Acton, Calculus, 1999). However, it does provide good programming practice. Write a SPIM program that writes out the sum of the first 1000, 2000, 3000, ... , 10000 terms of the series. As with the previous program, write a version of this program in C or Java first to check that your design is correct.

What makes myhexadecimalnumber a child of mynumber? which methods does myhexadecimalnumber inherit directly from the mynumber class? what can an instance of the mynumber class do? what can an instance of the myhexadecimalnumber class do? which methods are overridden? why are they overridden? how many examples of overloading are there? why was this done? where is the super keyword used? what is it doing? why isn’t the incoming value set immediately in the second myhexadecimalnumber constructor? how many examples can you find of an inherited method being called?

Which of these is an example of an integrated presentation? a. a table created in powerpoint b. an image pasted into powerpoint c. a caption created in powerpoint d. an excel chart pasted into powerpoint

Which analyst position analyzes information using mathematical models to business managers make decisions?