Final answer:
An improperly tuned receiver coil leads to incomplete signal transduction and reception, negatively affecting image quality and possibly resulting in a blurred image.
Step-by-step explanation:
If a receiver coil is improperly tuned, meaning that the transmit gain is outside of its optimal range, the result on image quality will be incomplete signal transduction, reception, and perception. Specifically, b. Perception would not be affected. However, signal transduction and reception will be incomplete. This means that the image could appear blurred, with lower signal quality, as the receiver coil is responsible for accurately interpreting the magnetic fields into an image. An improperly tuned receiver coil fails to match the frequency of the transmitted signal, resulting in suboptimal data collection and image production.
The question seems to be related to the functioning of a receiver coil within the context of signal processing or medical imaging. An improperly tuned receiver coil can lead to a distortion of the signal, which directly influences the quality of the image by making it less clear or blurred due to incomplete signal reception and transduction. This is somewhat analogous to tuning a radio; when the antenna is not correctly adjusted, the reception can be poor, leading to a loss in audio quality.