Final answer:
Steady state aims to maintain or preserve transverse magnetization, while spoiled aims to eliminate or dephase the transverse magnetization.
Step-by-step explanation:
A steady state in physics is a state in which a system doesn't change over time. The goal of steady state in the context of transverse magnetization is to keep the transverse magnetization constant, free from loss or decay.
Conversely, spoiling, when used in relation to transverse magnetization, seeks to remove or dephase the transverse magnetization. This is accomplished by breaking the coherence of the magnetization with additional RF pulses or gradients. Hence, steady state aims to maintain or preserve transverse magnetization, while spoiled aims to eliminate or dephase the transverse magnetization.