Question: Prove the equation shown in the following page using Euler's Identify that is defined as - e 2j eix te 2 = cos(x)+j.sin(x) eix

Prove the equation shown in the following page using Euler's Identify that is defined as - e 2j eix te 2 = cos(x)+j.sin(x) eix eix sin(x)= cos(x)= -jx sin (A+B)=sin(4) cos(B)+cos (4) sin (B) a) b) sin(A-B)=sin(4) cos(B)cos (A).sin(B)
Step by Step Solution
3.52 Rating (155 Votes )
There are 3 Steps involved in it
B bin AB Sin A CoB COA Sin 13 jAB jAB LHS 3in AB RHS J 15 281 SIMA COSB love A SimB JA JA e e S... View full answer
Get step-by-step solutions from verified subject matter experts
