Part A. OBJECTIVE: Use the problem solving and presentation methodology described above to solve the following problem. Report your results on engineering paper. A hungry bookworm bores through a complete set of encyclopedias stacked in numerical order on a library shelf. The bookworm starts inside the front cover of Volume 1, bores from page 1 of volume 1 to the last page of the last volume and stops inside the back cover of the last volume. Assume that each volume has the same number of pages. How far does the bookworm travel if there are 12 volumes in the set and each book has 2.0 inches of paper and an 1/8h inch thick cover? Part B. OBJECTIVE: Using MATLAB to solve the problem above. Write a MATLAB script (on your engineering paper solution) to enter the thickness of the pages of a book, the thickness of the covers, and the number of volumes in a set, to calculate the distance the bookworm will travel. The script should report your results in the format below: The bookworm will travel XX.X inches as it moves from Page 1 of Volume 1 to the last page of Volume YY, if the thickness of each book is ZZ.Z inches Part A. OBJECTIVE: Use the problem solving and presentation methodology described above to solve the following problem. Report your results on engineering paper. A hungry bookworm bores through a complete set of encyclopedias stacked in numerical order on a library shelf. The bookworm starts inside the front cover of Volume 1, bores from page 1 of volume 1 to the last page of the last volume and stops inside the back cover of the last volume. Assume that each volume has the same number of pages. How far does the bookworm travel if there are 12 volumes in the set and each book has 2.0 inches of paper and an 1/8h inch thick cover? Part B. OBJECTIVE: Using MATLAB to solve the problem above. Write a MATLAB script (on your engineering paper solution) to enter the thickness of the pages of a book, the thickness of the covers, and the number of volumes in a set, to calculate the distance the bookworm will travel. The script should report your results in the format below: The bookworm will travel XX.X inches as it moves from Page 1 of Volume 1 to the last page of Volume YY, if the thickness of each book is ZZ.Z inches
