null hypothesis oor Koreaans

null hypothesis

naamwoord

(statistics) A hypothesis set up to be nullified or refuted in order to support an alternative hypothesis. When used, the null hypothesis is presumed true until statistical evidence in the form of a hypothesis test indicates otherwise. Therefore, the null and the alternative hypothesis must be mutually exclusive and exhaustive. The use of the null hypothesis is controversial.

Vertalings in die woordeboek Engels - Koreaans

귀무가설

voorbeelde

likely to reject the null hypothesis.
그것 역시 우리는 반응이 있다고, 말할 수 있기 때문이죠.

So we are going to reject the null hypothesis.
즉 다시말해서 귀무가설이 틀렸다고 말할 수 있죠.

So that would be very unlikely, so we will reject the null hypothesis and go with the alternative.
이것이 매우 안일어날 것 같기 때문에 귀무가설을 버리고, 대립가설을 택해야하죠.

We always assume that the null hypothesis is true.
사실이라고 가정해요. 우리는 귀무가설이 가설이 사실이라고 가정하죠.

So we will reject the null hypothesis.
우리는 귀무를 기각할 것이고.

And the way we could have done that is we still could have had the null hypothesis be that the drug has no effect.
이랬든 저랬든 귀무가설이 약에 효과가 없다는 것은 가능합니다. 혹은 약의

So if our null hypothesis is true, the probability of getting a result more extreme than 1. 05 seconds, now we are only considering this tail right over here.
만약 우리의 귀무가설이 사실이라면, 결과가 1. 05 보다 좀 더 낮게 나온다면

Again, these results indicate rejection of the null hypothesis and lead to the conclusion that the correlation is less than zero.
이러한 결과는 귀무가설이 기각됨을 나타내며 상관관계가 0보다 작다는 결론에 이르게 합니다.

In this specifically electromagnetic context, Larmor confronted the problem of the null result of the Michelson-Morley experiment, adopted the famous FitzGerald - Lorentz contraction hypothesis, and became the first physicist to employ what are now called the ' Lorentz ' transformations.
이 구체적으로 전자파 맥락에서 라르 모르, 미켈슨의 null을 결과의 문제 - Morley 실험 직면 유명한 FitzGerald - Lorentz 수축 가설을 채택하여 현재의 'Lorentz'변환이라고합니다 고용하는 최초의 물리학되었다.