By Harold Hilton
Initially released in 1908. This quantity from the Cornell collage Library's print collections was once scanned on an APT BookScan and switched over to JPG 2000 layout through Kirtas applied sciences. All titles scanned hide to hide and pages may possibly comprise marks notations and different marginalia found in the unique quantity.
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Additional resources for An introduction to the theory of groups of finite order
16. Let char F = 2. i4) where A' is invertible and diagonal if (J with A = in SPn (V), there is a (40) not hyperbolic, and A' has the form uL 01 1 + 1 I 0 If (J is hyperbolic. 13. Now R = p* so so it follows easily that P contains a totally degenerate subspace of dimension n that contains R. Accordingly, by 1. 14, there is a symplectic base PROOF. R = rad P, i GENERATION THEOREMS 29 for V in which R = Fx I + . . + C Fx I FXr + . . + FXr + . . + FXn / 2 CP. 17 we know that a-(~) inID for some ~ n X ~ n symmetric matrix D.
0; hence k 2x = mkx. and we have (3). So P = 1 and O. 54 T. 2. If k is a hyperbolic transformation in rSp,,( V), then k is in Sp,,( V) only if k is an involution. PROOF. 1. D. 3. If a hyperbolic transformation k in rSp,,( V) stabilizes a line in V, then k is in PSp,,( V). PROOF. 4. D. 4. Let k be a hyperbolic transformation in rSp,,(V), and hence in GSp,,(V), . 2 such that m, E F - F . A) where A is the ~ n X ~ n matrix PROOF. 4 we know that k f/:. 3 we know that k can stabilize no line in V.
So 1= q(x,p) = ma-1q(ax, ap) = ma-1q(ax,p) = ma-I. So a is in SPn( V). (2) Take PI' P2 in P with q(pI' P2) = I. D. 7. Every transvection in fSPn( V) is already in SPn( V). Every projective 53 SYMPLECTIC COLLINEAR TRANSFORMATIONS transvection in prSPn( V) is already in PSPn( V), and its representative transvection is in SPn( V). PROOF. 3. So assume n > 4. If a is a transvection in rSPn( V), then a E GSPn( V), and q(P. P) =1= 0 since dim P > n - 1 > ~ n. 6. A projective transvection in prsPn (V) has the form T = k with T a transvection in SL n( V) and k an element of rSPn( V).