The dating math problem greek internet dating
Furthermore, since the maximum frequency is 12 and there are 12 months in the year the second assumption is true (for this equation).While this does answer the main question, a few sub questions arose.After you have interviewed each candidate you need to decide on the spot if you want to hire them for the job or move on to the next interview.If you dismiss someone without a job offer, they’ll be snapped up by a rival company: You cannot go back to them later and offer them the job. Logic suggests that you shouldn’t offer the job to the first person you interview, because you have no idea what the general caliber of the candidates is.The two solutions provided differ slightly in their approach in this regard. When you first start dating people, you don’t know, on average, how romantically well matched other people could be to you, and without that baseline you cannot ascertain if someone is an above average catch and someone you should settle down with.The following is a script written in PHP which outputs the frequency of dates satisfying this equation per year: This data forms the graph: As you can see it forms an even distribution between 13 and 30 (31 for leap years).So these years all tie with a maximum frequency of 12.
So when $t = 0$ the plant contains 10 micrograms of Carbon 14.Carbon 14 is a common form of carbon which decays over time.The amount of Carbon 14 contained in a preserved plant is modeled by the equation $$ f(t) = 10e^.The task requires the student to use logarithms to solve an exponential equation in the realistic context of carbon dating, important in archaeology and geology, among other places.Students should be guided to recognize the use of the logarithm when the exponential function has the given base of $e$, as in this problem.