Last updated 26 October 2007
1. Module 1 Commentary, Section I-C (Evolution of Computing Hardware)
Babbage's Analytical Engine, and the Harvard Mark I, are described under the heading of Analog Computers. Both were digital computers.2. Module 2 Programming Exercises
(a) In introductory comment to template, change
/* 2. Pay rate (dollars per week) (float) */
to
/* 2. Pay rate (dollars per hour) (float) */
(b) In second line following int main() {, change
declare pay_rate as a float; //Pay rate: dollars per week
to
declare pay_rate as a float; //Pay rate: dollars per hour
(c) After // read in the pay rate, change
cout << "Weekly pay rate (specify two digits "
to
cout << "Hourly pay rate (specify two digits "
3. Module 3 Programming Exercises, Code Template for Exercise 2
In the line
cout << "Input numbers are: " << x << " , " << y << endl :
change the colon at the end to a semicolon.
Change
1. Two numbers - negative numbers not allowed
to
1. Two numbers - only positive integers allowed
Change
cout << "Enter the first number (integer) : " ;
to
cout << "Enter the first number (positive integer) : " ;
Change cout << "Enter the second number (integer) : " ; to cout << "Enter the second number (positive integer) : " ;
4. Module 3 Programming Exercises, Code Template for Exercise 3 In the introductory comment, change "repeatedly multiply x by itself, y times" to "set a variable equal to 1, then multiply that variable by x, y times" After cout << "Enter number to be raised to power (float) : ";, change 5. Module 4 Programming Exercise, Code Template for Exercise 1 (a) Change the first line of the of the function definition (following return (0) ;} ) from (b) Delete all five occurrences of <![ endif]>.
cin >> y ;
cout << "Enter the exponent (positive integer) : " ;
cin >> x;
to
cin >> x ;
cout << "Enter the exponent (non-negative integer) : " ;
cin >> y;
binomial(int n, int k)
to
int binomial(int n, int k)