User:Jeff10: Difference between revisions

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Well let's start with a simple problem (maybe with the use of calculators)!

I have constructed a quadrilateral and I want to triangle.

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 Well let's start with a simple problem (maybe with the use of calculators)!
-There are <math>\text{15,890,700}</math> people in a town which is holding a two-day lottery. Each person will get a ticket with a set of <math>6</math> different numbers, each being a positive integer between <math>1</math> and <math>50</math>, inclusive. If your ticket is drawn on the first day, you will win your prize, and you cannot win another prize because your ticket has been thrown out. You have taken a ticket that is pictured like this: <cmath>\boxed{\text{6 15 26 32 45 49}}</cmath>
+I have constructed a quadrilateral and I want to triangle.
-What is the probability that this ticket was drawn on either of the two days of the lottery?
-http://www.artofproblemsolving.com/blog/62120 Take a peak at this solution!