Sentence examples for magnitude f from inspiring English sources

What marks out a Lions tour is the magnitude f of it and the high calibre of players you are surrounded by.

This tangential component is opposed to the slider motion and its magnitude F t =μ m g, where μ is, by definition, the dynamical friction coefficient.

This is due to the decrease in the size of the squares by one order of magnitude (f = 10) compared to the distances between them.

When this force is applied, tension in cable A is reduced by a magnitude F and tension in cables B1 and B2 is increased by a magnitude F. If the cables are elastic and force F big enough to stretch them, force F would bring masses m1 and m2 closer together.

When this force is applied, tension in B1 and B2 is reduced by a magnitude F and tension in cable A is increased by a magnitude F. If the cables are elastic and force F big enough to stretch them, F would take masses m1 and m2 apart from each other.

The term u i j is the i th component of the displacement at (x1, x2, x3) due to the j th direction point force of magnitude F at (ξ1, ξ2, ξ3).

In Fig. 3 bottom, we report the magnitudes F t (tangent to the sliding direction) and F n (normal to the sliding direction) as function of the sliding direction α for several table revolutions (We point out that the variation of the sliding direction d α and the variation of the angular position of the table d Ω have opposite signs, such that d α=−d Ω).

This effect persisted after normalization to equate ipsilateral and contralateral activation magnitudes (F(15,120) = 3.70, p<0.01) and a significant effect was also observed in M-L distribution (F 6,48) = 3.50, p<0.03).

Subsequently, to examine whether sympatric populations of F. radicans and F. vesiculosus are genetically different and to measure the difference magnitudes, F-statistics were calculated using FSTAT 2.9.3 and significance levels were Bonferroni-corrected (table 2).

We clearly see the difference in the order of magnitude between f 1 and f 2 for small ρ.

Based on these three constraints, we calculate a global loss function having terms based on the average magnitude G f of the biggest contour, the number N f of contours, and the shape S f of the biggest contour in the classification result of test frame f. {W}_G^t=left {G}_f^t-{G}_{f-1}^{f-1}right)+left({N}_f^t-{N}_{f-1}^{f-1}right)+Dleft({S}_f^t,{S}_{f-1}^{f-1}right) (13).