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A fraction with a numerator that is smaller than its denominator is less than one.
A small river is a tributary to the larger river.
it is not larger just longer
10/100, of course. If you want an irreducible fraction, that would be 10/101.To get a superlatively small fraction, you need a small numerator and a large denominator; therefore the correct answer is 10/999.
The simple answer is no. This depends on a lot of factors such as alpha which determines the critical value and the absolute value of the difference between the claim and sample data. Mathematically speaking, all things being equal, the larger the sample size the larger the absolute value of the test statistic. The formula for the test statistic mean with sigma known is shown below. You can substitute values in and perform the mathematics. The larger the sample size, the larger the Z value; but note if the numerator is small, even a small denominator will not produce a large Z value. In fact, the numerator could be zero which would make the test statistic zero. Z = (Xbar - μxbar)/(σ/√n) (formula from Elementary Statistics by Mario F. Triola)
You are a "subset" of the larger group.
Small and Big are quite relative. Small horses can produce a foal that grows to be larger than either of the parents and crossing a larger horse with a small horse will tend to result offspring larger than the smaller parent animal but usually not larger than the largest parent.
A fraction is close to zero if the numerator is small or if the denominator is large, or both.
The diameter is much larger than the small intestine.
No, It's not small enough
because you can not divide numerator (the small number) by the a denominator (the big number) like this: 12 < not this --- 12 divided by 7 5 7 < first this the answer is 1--- 7
If you multiply any number by zero the answer is zero If you dividea number by zero the answer is undetermined. It is usually infinity , since when you divide a number ( numerator0 by a small the number (denominator) the smaller that denominator the larger the answer, and zero is so small that the answer is infinite. But not always, as in special cases when the numerator is also zero