Vector spaces can be defined where the sets of scalars are different from R and C. For example, we could use Q as the scalars, or Zp, the integers modulo a prime p. What would happen if we tried to define an inner product space for a vector space with scalars in Q or in Z„? Are there any problems with the inner product space conditions in either case?

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Vector spaces can be defined where the sets of scalars are different from R and C. For example, we could
use Q as the scalars, or Z,, the integers modulo a prime p. What would happen if we tried to define
an inner product space for a vector space with scalars in Q or in Zp? Are there any problems with the
inner product space conditions in either case?
Transcribed Image Text:Vector spaces can be defined where the sets of scalars are different from R and C. For example, we could use Q as the scalars, or Z,, the integers modulo a prime p. What would happen if we tried to define an inner product space for a vector space with scalars in Q or in Zp? Are there any problems with the inner product space conditions in either case?
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