- #1
KrayzBlu
- 11
- 0
Hi,
We know that if we have two complex numbers in polar format (i.e., magnitude and exponential), that for two complex vectors
z1 = A*exp(iB)
z2 = C*exp(iD)
If z1 and z2 are equal, then A = C and B = D. However, this is assuming these values are all real. What if they are complex? I.e. can we say if we have two complex numbers
z3 = (a+ib)*exp(c+id)
z4 = (e+if)*exp(g+ih)
If z3 and z4 are equal, can we say that (a+ib) = (e+if) and (c+id) = (g+ih)?
Thanks
We know that if we have two complex numbers in polar format (i.e., magnitude and exponential), that for two complex vectors
z1 = A*exp(iB)
z2 = C*exp(iD)
If z1 and z2 are equal, then A = C and B = D. However, this is assuming these values are all real. What if they are complex? I.e. can we say if we have two complex numbers
z3 = (a+ib)*exp(c+id)
z4 = (e+if)*exp(g+ih)
If z3 and z4 are equal, can we say that (a+ib) = (e+if) and (c+id) = (g+ih)?
Thanks