Discover Questions

I have 5 entries out of 431. What are the odds of finishing first second and third? Consider a sphere which has area (in square meters) equal to its volume (in cubic meters). What is the radius (in meters) of this sphere? What s the big O class they belong to? (b) nlog(n2) + nlog(n)
(d) n^1/2+n^1/3
(e) log(n) + log(2n) + log(3n)? In exercises 12 and 13, use the graph to determine whether the inverse of f is a function. Explain your reasoning. (graphs in pictures)? Were you able to solve it? How?