As we constructed points and vectors in R as ordered n-tuples of real numbers, we can...

 

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As we constructed points and vectors in R" as ordered n-tuples of real numbers, we can construct points and vectors in C" as ordered n-tuples of complex numbers. Addition works just as expected: add coordinates in matching positions. For example: if w=(1+1,2-1) and z= (3.4+1), then Problem: find w+ z if Answer: w+z=(1+1,2-1)+(3.4+1)=(4+1.6) w = (-5+ 121.-2-161,-4+101) and z=(1-18, -10 + 331, 13+34/) Input a complex such as 2-4i as 2-4 W+2=( As we constructed points and vectors in R" as ordered n-tuples of real numbers, we can construct points and vectors in C" as ordered n-tuples of complex numbers. Addition works just as expected: add coordinates in matching positions. For example: if w=(1+1,2-1) and z= (3.4+1), then Problem: find w+ z if Answer: w+z=(1+1,2-1)+(3.4+1)=(4+1.6) w = (-5+ 121.-2-161,-4+101) and z=(1-18, -10 + 331, 13+34/) Input a complex such as 2-4i as 2-4 W+2=(

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W 5 121 216i 4101 Z 1181 10 331 13 34... View the full answer