Ask
your own question, for FREE!
Mathematics
11 Online
OpenStudy (amistre64):
Whats the margin of error?
Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (amistre64):
OpenStudy (anonymous):
ask a statistician
OpenStudy (amistre64):
\[E = \frac{(z_{a/2})^2(.25)}{\sqrt{n}}\text{ i think}\]
OpenStudy (amistre64):
.25 can be revamped to be (x/n)*(1-(1/n)) maybe
OpenStudy (anonymous):
You know the answer to your own question....
Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (amistre64):
..... wrong formula. This is why a loathe memorization of formulas .... if you cant remember them your outta luck
OpenStudy (anonymous):
I agree
OpenStudy (amistre64):
\[e=z_{a/2}\sqrt{\frac{p.q}{n}}\]
OpenStudy (anonymous):
Does anybody here even know statistics at this level?
OpenStudy (amistre64):
:) this is elementary statistics class; they give you the formulas cause the math behind them is so convoluted
Join the QuestionCove community and study together with friends!
Sign Up
OpenStudy (anonymous):
Oh, well, that's a relief...
OpenStudy (amistre64):
i just aint good at memorizing things at my age :) i forget more than i retain
OpenStudy (anonymous):
\[\epsilon = .25 * 1.96/\sqrt{n} = .25 * 1,96./\sqrt{550} = 0.021\]
OpenStudy (anonymous):
OOpps,,sorry... actually\[\epsilon = z{(_{\gamma})} / \sqrt{4n} = 1.96/\sqrt{4*550} =0.0418\]
Can't find your answer?
Make a FREE account and ask your own questions, OR help others and earn volunteer hours!
Join our real-time social learning platform and learn together with your friends!