Sentence examples for from the relation that from inspiring English sources

Hence, it follows from the relation that (3.42).

Then, the atmospheric temperature can be determined from the relation that the speed of sound, Cs (m s−1), is proportional to the square root of the atmospheric temperature, T (K).

That is, the compatibilist, on the one hand, seems to argue that were we to remove "causal necessity" from the from the relation that holds between agent and action then we will thereby remove the basis on which attributions of responsibility are founded.

As each sample in xeven is converted from even subcarriers, it has the relation that xeven(n)=xeven(n+N).

A pun of sorts (cheng is cheng -- two different characters pronounced the same), but from the outset we see the relation that Confucius has established between governing and the process of rectification, a teaching that for Confucius suggests the process of correction or "rectification" toward a moral course on the part of both the individual and the state.

Then, GMPPT control rules are created based on the findings from the nonlinear relation that can respond at high speeds to variations in irradiation and temperature of each solar cell and even at partial shading conditions.

Finally, the absorbance was determined from the simple relation that the summation of transmittance, reflectance, and absorbance equals one.

It can be easily seen from the above relation that the first three maximum resulting values are given by (varsigma_{3}), (varsigma_{5}) and (varsigma_{1}), which shows that we should work on the energy simulation and should buy energy efficient products with replacing thermal power fuel.

Since ({x_{n}}) is bounded, ∇f is Lipschitz continuous and (lambda_{n_{k}}rightarrowlambda), we immediately derive from the last relation that (|V_{lambda_{n_{k}}}x_{n_{k}}-V_{lambda}x_{n_{k}}|rightarrow 0).

By summation over 1 ≤ i, j ≤ n, it follows from the previous relation that 2 τ = n 2 ∥ H ∥ 2 − n C + n ( n − 1 ) c − 2 ( n − 1 ) trace.

In the case N p − 2 N − 2 b − 4 ≥ 0, it follows from the last relation that J ″ ( t ) ≤ 4 ( N p − 2 N − 2 b ) E ( u 0 ), and for E ( u 0 ) < 0 the positive-definite quantity J ( t ) becomes negative over a finite time by virtue of the above inequality.