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Consider the set of all complex numbers. This can be considered a vector space, because it…

Consider the set of all complex numbers. This can be considered a vector space, because it…

Consider the set of all complex numbers. This can be considered a vector space, because it satisfies the ten defining properties. We can also define an inner product for this vector space  where  is the real part of  and Im( )  is the imaginary part of . This leads to the following definition for norm i. Consider the following basis set for the vector space described above:  Using the Gram-Schmidt method, find an orthogonal basis set.ii. Using your orthogonal basis set from part i., find vector expansions for  This will allow you to write iii. We now want to represent the vector  using the basis set  Use reciprocal basis vectors to find the expansion for  in terms of the basis vectors  This will allow you to write  as a new column of numbers x”.iv. Show that the representations for  that you found in parts ii. and iii. are equivalent (the two columns of numbers x and x” both represent the same vector