expected frequency

Just enough to shift it out of the expected frequency band."

The simplest model is the model where all the expected frequencies are equal.

It will normally be acceptable so long as no more than 20% of the events have expected frequencies below 5.

This formula is chiefly used when at least one cell of the table has an expected frequency less than 5 .

The approximation to the chi-squared distribution breaks down if expected frequencies are too low.

Ferrite beads were placed on the wires to tune them to the expected frequencies.

A carrier wave was detected, but outside expected frequency limits and varying in wavelength.

Where there is only 1 degree of freedom, the approximation is not reliable if expected frequencies are below 10.

Observed frequencies are normally distributed about expected frequencies over repeated samples.

Therefore it exceeds the expected frequency for a founding haplotype by almost 100 fold.

Return period as "expected frequency"

Expected frequency of flow variation and/or pulsation.

The expected frequency is calculated by:

A Poisson distribution was used to predict the expected frequency for similar randomly distributed populations spaced uniformly in the same area.

The length from base to tip of the pyramid structure is chosen based on the lowest expected frequency and the amount of absorption required.

Table 3 shows the expected frequencies obtained when this model is applied to the six populations described in Table 1with ratios either 3 or 2.

Though because of small expected frequencies it is difficult to demonstrate significance, the specialist team seemed more likely to provide an alternative service than the generic team.

The assumption of the independence of the symptoms can be replaced by another method to calculate the expected frequencies e(c) of the configurations.

The coefficient of coincidence is calculated by dividing the actual frequency of double recombinants by this expected frequency:

In this model observed frequencies equal expected frequencies, therefore in the likelihood ratio chi-square statistic, the ratio and .

CD also found at higher than expected frequencies in autoimmune cholangitis and primary sclerosing cholangitis.

If the likelihood ratio chi-square statistic is non-significant, then the model fits well (i.e., calculated expected frequencies are close to observed frequencies).

Type 2 logos were drawn in which the height of the nucleotides in the sequence column represented their frequency in proportion to their expected frequency.

A Pearson's chi-squared test is then used to determine whether the observed frequencies in each group differ from expected frequencies derived from a distribution combining the two groups.

The frequency of CpG dinucleotides in human genomes is 1% - less than one-quarter of the expected frequency.