A 1GHz cosine wave of 1V rms amplitude travels down a transmission line with a propagation velocity of 0.6 times that of free-space and an attenuation of 2dB/m. What is the amplitude and phase of the wave at a distance of 20cm from the source? O 0.955V angle -6.98 rad O 0.955V angle 0.698 rad O 0.955V angle -0.698 rad O 0.912V angle -40 deg O 0.912V angle 40 deg O 0.912V angle -400 deg
A 1GHz cosine wave of 1V rms amplitude travels down a transmission line with a propagation velocity of 0.6 times that of free-space and an attenuation of 2dB/m. What is the amplitude and phase of the wave at a distance of 20cm from the source? O 0.955V angle -6.98 rad O 0.955V angle 0.698 rad O 0.955V angle -0.698 rad O 0.912V angle -40 deg O 0.912V angle 40 deg O 0.912V angle -400 deg
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![A 1GHz cosine wave of 1V rms amplitude travels down a transmission line with a propagation velocity of 0.6 times that of free-space and an attenuation of 2dB/m. What is the
amplitude and phase of the wave at a distance of 20cm from the source?
O 0.955V angle -6.98 rad
O 0.955V angle 0.698 rad
O 0.955V angle -0.698 rad
O 0.912V angle -40 deg
O 0.912V angle 40 deg
O 0.912V angle -400 deg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F63b6e3b1-4bdc-4d54-a2df-6efc345f8fa7%2Ff51f9ce1-7da1-4f95-89b0-300e87437099%2Fmwx1ls_processed.png&w=3840&q=75)
Transcribed Image Text:A 1GHz cosine wave of 1V rms amplitude travels down a transmission line with a propagation velocity of 0.6 times that of free-space and an attenuation of 2dB/m. What is the
amplitude and phase of the wave at a distance of 20cm from the source?
O 0.955V angle -6.98 rad
O 0.955V angle 0.698 rad
O 0.955V angle -0.698 rad
O 0.912V angle -40 deg
O 0.912V angle 40 deg
O 0.912V angle -400 deg
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