Looking on the internet deeply has found these results:

the derivation of this formula is given in is the most popular phrase on the web.

the derivation of this formula is included 11 results on the web	the derivation of this formula is given in 1165 results on the web More popular!
Some examples and use cases from the internet:	Some examples and use cases from the internet:
The derivation of this formula is included as an appendix to this paper. Formula 4 has the following desirable properties. 1. It is guaranteed to be 0 if the sample�...	Mar 16, 2011 ... ... of ? ? 0.35 for all cases of turbulent flow. The derivation of this formula is given in, for example, Holton (1979) and Streeter and Wylie (1983). ... volume j to qhg sinusoidal pressur� disturbances in the preceding volume j 1and the next volume j+1. The derivation of this formula is. given in the appendix. Mar 16, 2011 ... ... of ? ? 0.35 for all cases of turbulent flow. The derivation of this formula is given in, for example, Holton (1979) and Streeter and Wylie (1983). The derivation of this formula is given in Appendix A. In the following we will need a slight generalisation to the case of NF scalar fields ?I , I = 1,2,...,NF , with�...

the derivation of this formula is included

11 results on the web

the derivation of this formula is given in

1165 results on the web

More popular!

The derivation of this formula is included as an appendix to this paper. Formula 4 has the following desirable properties. 1. It is guaranteed to be 0 if the sample�...

Mar 16, 2011 ... ... of ? ? 0.35 for all cases of turbulent flow. The derivation of this formula is given in, for example, Holton (1979) and Streeter and Wylie (1983).
... volume j to qhg sinusoidal pressur� disturbances in the preceding volume j
1and the next volume j+1. The derivation of this formula is. given in the appendix.
Mar 16, 2011 ... ... of ? ? 0.35 for all cases of turbulent flow. The derivation of this formula is given in, for example, Holton (1979) and Streeter and Wylie (1983).
The derivation of this formula is given in Appendix A. In the following we will need a slight generalisation to the case of NF scalar fields ?I , I = 1,2,...,NF , with�...