Sentence examples for is this probability from inspiring English sources

The question then reduces to that of 'why is this probability so low?' The answer to that is typically given in terms of the very low number of states corresponding to the tea boiling compared to the vast number of states for which it remains cold.

Finally, the degree of confirmation of hypothesis H, represented as an $\mathcal{L}$-proposition, is calculated according to the formula: \[c(H, E) = \frac{m(H \wedge E)}{m(E)} \tag{1}\] In other words, the degree of confirmation of hypothesis H relative to E is the conditional probability of H given E. But is this probability an objective quantity and free from personal bias?

For (nrightarrow infty), if this probability exists, that is, this probability tends to some limit, then this limit is used as the asymptotic density of the set A. Let us mention that the asymptotic density is a kind of probability of choosing a number from the set A. Now, we give some definitions and properties of asymptotic density.

That is, this probability was measured as the product of the k probabilities that each of the k miRNAs bound the mRNA.

This averaged scattering intensity is given by: where V is the illuminated volume and P r)/V is the probability density of finding the two particles separated by distance r; P inf / V is this probability for very large separations.

Therefore, the number of ways of obtaining Table 6(i) under the null hypothesis is: Therefore the probability of obtaining 6(i) is: Therefore the total probability of obtaining the four tables given in Table 6 is: This probability is usually doubled to give a two-sided P value of 0.140.

Assuming that the encounter rate is random, this probability is proportional to the product of the number of ants of each species present.

As data is collected, this probability model is updated.

Ideally, the probability of outputting 0 and 1 is equal; however, this probability is actually biased.

If the sequence coverage is higher, this probability would even be lower.

This is the probability apportioning method (PAM version 4).