Given the following recursive factorial method: public int factorial(int x) {    if (x > 1) return x * factorial (x – 1);    else return 1; }   What condition defines the base case for this method?

Consider the following operations on a queue data structure that stores int values:    Queue q = new Queue();    q.enqueue(3);    q.enqueue(5);    q.enqueue(9);    System.out.println(q.dequeue()); // d1    q.enqueue(2);    q.enqueue(4);    System.out.println(q.dequeue()); // d2    System.out.println(q.dequeue()); // d3    q.enqueue(1);    q.enqueue(8);   What value is returned by the last dequeue operation, denoted with a d3 as a comment.

A for statement is normally used when you do know how many times the loop should be executed.

A linear data structure

Philosophical reflection emphasizes _________ ideas.

If I want to examine and scrutinize the value of an idea, I should ask what type of question?

What changes did the scientific revolution entail?

True/False Some illnesses can be considered a disease under the holistic theory of health and not considered a disease under the biostatistical theory of health.

Ron has a health issue that causes difficulties for him to achieve his vital goals, but his doctors indicate that this issue still keeps him within a statistically normal range for survival. True or False: Under the Biostatistical Theory of Health, Ron’s health issue would be classified as a disease.

Louis XIV’s finance minister, Jean-Baptiste Colbert, was a confirmed mercantilist who believed that France’s wealth would increase if it