Suppose that you have two different algorithms for solving a problem. to solve a problem of size n, the first algorithm uses exa

Here’s a counterexample: consider

Select the subsets in the following manner:

It's accurate that and and that , but

Answer:

12 pencils per package.

Step-by-step explanation:

Details provided:

Ethan purchased 4 packages of pencils.

Number of Packages = 4

Number of pencils shared with friend = 8 pencils

Pencils remaining = 40 pencils

∴Total Number of Pencils = Pencils given to friend + Pencils remaining =

Total Pencils in each package =

Response: 4.4

Detailed breakdown:

Answer:

E 240

Step-by-step explanation:

Mean of the geometric distribution = (1- p) / p

16 = (1 - p) / p

16p = 1 - p;  17p = 1; thus, p = 1/17 = 0.058  

Standard Deviation = (1 - p) / p^2

= (1 - 0.058) / (0.058)^2

0.942 / 0.003364

= 280, which is closest to 240

Response:

12 Hours

Step-by-step rationale:

h=21/14*8

h=12 hours