Can you solve for x and y in this complex numbers equation?

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To solve for x and y in the equation (x+y)+i(x-y)=14.8+6.2i, the real and imaginary parts must be equal. This leads to the system of equations x+y=14.8 and x-y=6.2. These equations can be solved simultaneously to find the values of x and y. The discussion emphasizes the importance of equating the real and imaginary components of complex numbers. The participants express gratitude for the clarification provided.
cowboi12345
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I have to find x and y for:

(x+y)+i(x-y)=14.8+6.2i


how to do?
 
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In order for two complex numbers z and w to be equal, Re(z)=Re(w) and Im(z)=Im(w). In this case, you get the system of equations x+y=14.8 and x-y=6.2, which is a system you can solve.
 
Char. Limit said:
In order for two complex numbers z and w to be equal, Re(z)=Re(w) and Im(z)=Im(w). In this case, you get the system of equations x+y=14.8 and x-y=6.2, which is a system you can solve.

OHHHH!...THANKS ALOT! :smile:
 

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