| 1. | The symplectic group of an abstract symplectic vector space is also denoted.
 
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 | 2. | Another example concerns the prehomogeneous vector spaces with a cubic relative invariant.
 
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 | 3. | Should we have a dab link at the top of vector space?
 
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 | 4. | Using a canonical basis, a graded vector space structure can be established.
 
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 | 5. | Free abelian groups have properties which make them similar to vector spaces.
 
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 | 6. | Vector spaces over a localization of a commutative ring are flat modules.
 
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 | 7. | There are a number of direct consequences of the vector space axioms.
 
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 | 8. | The G�teaux derivative extends the concept to locally convex topological vector spaces.
 
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 | 9. | Every vector space over \ C can be provided with an diagonalizable.
 
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 | 10. | Free objects are the direct generalization to basis in a vector space.
 
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