Rice Institute Pamphlet, 28–29 tomai1941 |
Knygos viduje
Rezultatai 1–3 iš 26
30 psl.
... equation just men- tioned ) . Then without further argument , on the basis of our Principle alone , it follows that a - bi ( 1 - i in the special case ) is also a root of the equation . For why should a + bi be a root any more than a ...
... equation just men- tioned ) . Then without further argument , on the basis of our Principle alone , it follows that a - bi ( 1 - i in the special case ) is also a root of the equation . For why should a + bi be a root any more than a ...
60 psl.
... equation , 0 = ƒˆg ( r sin ( 4 — 0 ) , 4 ) dø . - If we write here = 0 + , this equation takes the equivalent form 0 = f ** g ( r sin 4 , 0 + 4 ) d ¥ . But it will be proved that the basic equation ( 1 ) admits of a unique solution ƒ at ...
... equation , 0 = ƒˆg ( r sin ( 4 — 0 ) , 4 ) dø . - If we write here = 0 + , this equation takes the equivalent form 0 = f ** g ( r sin 4 , 0 + 4 ) d ¥ . But it will be proved that the basic equation ( 1 ) admits of a unique solution ƒ at ...
69 psl.
... equation is essentially a linear integral equation of Abel type for h1 ( s ) . Hence we obtain ( -1 ) h1 ( -1 ) ( s ) = i d 4π r ( f'H1 ( r1 ) dr1 ) dr √ s2 — p2 where the outer integral in the right - hand member clearly vanishes for ...
... equation is essentially a linear integral equation of Abel type for h1 ( s ) . Hence we obtain ( -1 ) h1 ( -1 ) ( s ) = i d 4π r ( f'H1 ( r1 ) dr1 ) dr √ s2 — p2 where the outer integral in the right - hand member clearly vanishes for ...
Turinys
THREE PUBLIC LECTURES ON SCIENTIFIC SUB | 1 |
The Principle of Sufficient Reason | 24 |
Rectilinear Drawing | 51 |
Nerodoma skirsnių: 18
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