Asked by jennifer
with the decimal that equals pi....(3.14....) until the 2 hundreth decimal place..how does the cumulative frequency column be used for a project like this one..????
the number is...(pi)
3.14159265358979323846693993751058209749448628034825342117067909384460955058223172841027019385211055592643383279502884197159230781640628620899821480865132823066475359408128341117450264462294895493038196
the number is...(pi)
3.14159265358979323846693993751058209749448628034825342117067909384460955058223172841027019385211055592643383279502884197159230781640628620899821480865132823066475359408128341117450264462294895493038196
Answers
Answered by
bobpursley
You could count the frequency of the numbers. If the frequency is the same, one could conjecture they are random.
Answered by
jennifer
is there a different way i could write that???
Answered by
jennifer
i need a simpler way to write that
Answered by
Ms. Sue
Count how often each number appears. If each number appears about the same number of times, you can hypothesize that they are random numbers.
Answered by
jennifer
o...but i don't really get wat cumulative frequency is
can u explain what that is??
can u explain what that is??
Answered by
Algebra WHIZ
here's an example
if you read 8 pages monday and tuesday you read 15 you add 8 and 15 to get 23 as the cummunutive frequency
if you read 8 pages monday and tuesday you read 15 you add 8 and 15 to get 23 as the cummunutive frequency
Answered by
jennifer
o...now i get cumulative frequency but why would it be used for sumthin like this???
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