Sentence examples for month coefficient from inspiring English sources

Each MWTP is calculated by the ratio of the coefficient of each alternative-specific constant (coefficient of "TOU," "CPP," "RTP," "DLC" and "DLCCPP" in Table 2) to that of the electricity fee per month (coefficient of "month" in Table 2).

In contrast, variations in glycopeptide use followed variations in %MRSA with an average delay of 1 month (coefficient = 0.45).

We, however, cannot reject the null in the San Francisco test, although the lag 1 month coefficient is negative (coef. = -21.64, SE = 25.45, p = .40).40

The Los Angeles findings appear similar to the California test, except that the negative lag 1 month coefficient for employment is stronger (coef. = -52.07, SE = 18.40, p = .005).005

Applying this value to the lag 1 month coefficient in Table  2 implies an excess of 16 male CDs per month (range: 1 to 96 additional male CD per month) in which employment fell.

The fact that a consistent causal connectivity map is available in addition to the caused connectivity map, is a significant advantage of using the MAR coefficient norm metric.

†Squirrel samples collected in September and April at Takoma Park, MD, and Foggy Bottom, Washington DC, were significantly different (logistic regression with age, site, and month as categorical factors; September coefficient −2.22 ± 0.85; p = 0.009).

Hence, if anything, there would be more uncontrolled confounding by secondary particles in September than in May, which would be expected to inflate the September coefficient relative to May.

These three terms can be depicted in Figure 1 where three activated sources i, j, and k are shown γ qr is the MAR coefficient from sensor r to sensor q.

For recapture (as a proxy for survival), initial exploration of competing models of the data (n = 1,360) showed a clear pattern in the sign of the coefficients of different months, which were positive from July through October but negative or zero from November through June, with the exception of April (coefficient = 0.068, standard error [SE] = 0.56).

From this, we can establish whether the specified connections represent low- or high-frequency connectivity, which cannot be examined solely using the estimated MAR coefficients.