Consider the market basket transactions shown in table 6.2 (a) what is the maximum number of association rules that can be extracted from this data (including rules that have zero support)? (b) what is the maximum size of frequent itemsets that can be extracted (assuming minsup > 0)? (c) write an expression for the maximum number of size-3 itemsets that can be derived from this data set. (d) find an itemset (of size 2 or larger) that has the largest support. (e) find a pair of items, a and b, such that the rules (a) -» (b} and {a) have the same confidence., items bought 1 {milk, beer, diapers) 2 bread, butter, milk) 3 {milk, diapers, cookies) 4 {bread, butter, cookies} 5 {beer, cookies, diapers) 6 (milk, diapers, bread, butter) 7 {bread, butter, diapers) 8 beer, diapers 9 {milk, diapers, bread, butter) 10 {beer, cookies) transaction id

Ap practice - performance task response the ap create performance task asks you to write about an abstraction that you developed and wrote into your code. most of the time that means identifying a function or procedure you wrote to "manage complexity" in your program. here is the actual prompt from the create performance task: 2d. capture and paste a program code segment that contains an abstraction you developed individually on your own (marked with a rectangle). this abstraction must integrate mathematical and logical concepts. explain how your abstraction manage the complexity of your program. (must not exceed 200 words) below is a segment of code from an "under the sea" program with a rectangle drawn around a portion of the code identifying an abstraction. imagine that you wrote this and are composing an ap response about how this abstraction manages complexity. (note: ignore the requirement that the abstraction integrate "mathematical and logical concepts" for this practice response. just write about managing complexity). explain how the abstraction marked with the rectangle in the code above manage complexity of this program. write your response here submit

Consider the following declarations (1, 2, 3, 5, 7)class bagtype{public: void set(string, double, double, double, double); void print() const; string getstyle() const; double getprice() const; void get(double, double, double, double); bagtype(); bagtype(string, double, double, double, double); private: string style: double l; double w; double h; double price; }; a.) write the definition of the number function set so that private members are set according to the parametersb.) write the definition of the member function print that prints the values of the data membersc.) write the definition of the default constructor of the class bagtype so that the private member variables are initialized to "", 0.0, 0.0, 0.0, 0.0, respectively d.) write a c++ statement that prints the value of the object newbag. e.) write a c++ statement that declares the object tempbag of type bagtype, and initialize the member variables of tempbag to "backpack", 15, 8, 20 and 49.99, respectively

Which option allows you to view slides on the full computer screen?