314. Curl cannot be empl oyed in which one of the following?
Check your spam folder if password reset mail not showing in inbox????
Lost your password? Please enter your email address. You will receive a link and will create a new password via email.
Please briefly explain why you feel this question should be reported.
Please briefly explain why you feel this answer should be reported.
Please briefly explain why you feel this user should be reported.
d Explanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl of waves).
d
See lessExplanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM
waves travel both in linear and angular motion, which involves curl too. But in
waveguides, as the name suggests, only guided propagation occurs (no bending or curl
of waves).
D Explanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl of waves).
D
See lessExplanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl
of waves).
D Explanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl of waves).
D
See lessExplanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM
waves travel both in linear and angular motion, which involves curl too. But in
waveguides, as the name suggests, only guided propagation occurs (no bending or curl
of waves).
Answer: d Explanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl of waves).
Answer: d
See lessExplanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM
waves travel both in linear and angular motion, which involves curl too. But in
waveguides, as the name suggests, only guided propagation occurs (no bending or curl
of waves).
d) Explanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM waves travel both in linear and angular motion, which involves curl too. But in waveguides, as the name suggests, only guided propagation occurs (no bending or curl of waves).
d)
See lessExplanation: In the Directional coupler, Magic Tee, Isolator and Terminator the EM
waves travel both in linear and angular motion, which involves curl too. But in
waveguides, as the name suggests, only guided propagation occurs (no bending or curl
of waves).