Final answer:
The chemical shift artifact of the 'First Kind' indeed increases with a higher magnetic field strength (Bo) and when using a narrower receive bandwidth, which makes the answer A. True.
Step-by-step explanation:
The student's question pertains to a phenomenon in magnetic resonance imaging (MRI) that is influenced by the strength of the magnetic field (Bo) and the bandwidth (BW) used for the receiving radiofrequency (RF). This phenomenon is known as chemical shift artifact of the "First Kind". To address the question: Chemical shift artifact of the "First Kind" increases with increasing Bo field strength and using a narrow receive BW, the answer is A. True. As the magnetic field strength (Bo) increases, the frequency difference between fat and water protons also increases, which can enhance the chemical shift artifact. Additionally, using a narrower receive BW makes this artifact more pronounced because there's less frequency range over which to spread the signal of the imaged protons, thus fewer frequencies are used to represent the chemical shift, leading to a larger apparent shift.