Pseudocode

a. The Better Bagel Store Bakes three different types of bagels: plain, cinnamon raisin and sesame seed b. Output - consist of a screen display showing the number of bins needed for each type of bagel as well as a final total showing the total number of bins required. c. Input - consist of the number of each type of bagel (e.g., 75 plain, 40 Cinnamon raisin, 130 sesame seed) d. Processing - Forty bagels will fit in a bin. Different types of bagels can't be mixed in the same bin. Using the sample input above, the store will need two bins for plain bagels, on bin for cinnamon-raisin bagels and for bins for sesame seed bagels.

Using Classes

Write a function to count ocurrences of a string in another string. Then write a driver program to input a string and then input several lines of text, using the function to count occurrences of the string in the lines of text. **Note: I need the solution in C++ code.

Repetition

Write a program that classifies n as being deficient, perfect, or abundant for n=20 to 30, then for n=490 to 500, and finally for n=8120 to 8130. **Note: I need the problem resolved in C++ code.

Arrays, Vectors and STL

Write a big-inteter calculator program that allows the user to enter two large integers and the operation to be performed and that calls the appropriate function to carry out the designated operation. **NOTE: I need the solution in C++ Code.

Building Classes

The point-slope equation of a line having slope m and pasing through pint P with coordinates (x1, y1) is y-y1=m(x-x1). a. Write a class for a CartesianPoint, described by its x- and y- coordinates, with all appropriate operations on such objects. b. Write a LineSegment class, described by two CartesianPoint endpoints. In addition to the usual operations, this class should provide operations to compute: -the midpoint of the line segment joining two points and -the equation of the perpendicular bisector of this line segment. c. Write a class for Line, described by its slope and a point on the line, with opeations that find the point-slope equation of the line and find the slop... click for more