Suppose we have an algorithm that is described as having quadratic runtime performance. A) If that program were to take 10 units of time for an input of size n, how many units of time would we expect that program to take for an input of size 2n? B) If the algorithm were instead described as having logarithmic runtime performance, how many units of time would we expect for an input size of 2n assuming the same 10 units of time for an input of size n?C) If the algorithm were instead described as having exponential runtime performance, how many units of time would we expect for an input size of n+1 assuming the same 10 units of time for an input of size n?

When evaluating the big-Oh runtime performance of an algorithm, rank the following categories in terms of their performance from best to worst: O(n), O(log n), O(n3), O(2n). 

In the Communication Process, what is “noise”?

A beverage company tests two versions of a new energy drink label: one with bright neon colors and another with a minimalist black-and-white design. Each version is shown to a different group of consumers to measure which generates higher purchase intent. Which primary data collection technique is being used?

Which IMC communication channel is described as supporting other promotional efforts by generating free media attention and managing a brand’s image and reputation?

Aquinas presented 8 proofs for the existence of God as explained in your textbook. 

Why does Hume reject the idea that cause and effect can be known by reason alone?

Which of the following best describes Descartes’ mind–body dualism?

Why does the train/locomotive analogy help explain the cosmological argument from contingency?

In Leibniz’s book analogy about the cosmological argument, why can an infinite series of copies never provide a full explanation for the existence of a book in the series?