Sentence examples for x scaling from inspiring English sources

Table 1 Properties of the outer product Property Meaning Anti-symmetry (x ʌ y) = − (y ʌ x) Scaling x ʌ (γy) = γ(x ʌ y) Distributivity x ʌ (y + z) = (x ʌ y) + (x ʌ z) Associativity x ʌ (y ʌ z) = (x ʌ y) ʌ z.

This work can be expanded in many ways, including but not limited to: allowing for extra dependencies between interactions that are not due to input features X, scaling up the algorithm to allow for higher-dimensional data, and applying it to other domains such as evaluating analogies between cells from different species.

Continuity Test Light and Ohm Meter Method Set the ohm meter to Ohms (R x 1 or R x 10 scale) / Turn the continuity tester on.

Had the R x 10 scale been selected, 150 would have been 1,500.

These analyses were applied to two core projects: a one to "X" scale model in Rand Hall on campus and a larger site located on the Commons in Ithaca.

The arrival time T x) at position x scales as (T x)−x)∝xdf, where df is the fractal dimension of Cantor set.

It also makes the window function f(x) scale upwards or downwards which helps create a family of distinct curves.

At pc, where it has been asserted that the first passage time from 0 to x scales as |x| to a power ψ with 0<ψ<1, we show that the passage times grow like log |x|, i.e., the fluid spreads exponentially rapidly.

In the above theorems, the role of the mutual coherence μ is crucial as the number of measurements needed to reconstruct x scales quadratically with its value.

This is justified to some extent in Fig. 3C (and 3G for the Earth network)—the k-scaling of S and X is similar, so S – X scales like S (and thus the arguments above still hold).

That S (and thus S – X) scales like X is also true for the atmospheric network (Fig. 3G), which explains that the shape of Fig. 1B is to a large degree determined by K (so the hump shape of p(K) gives a hump-shaped p k)).