CFU Matlab 6 Graphics TL:DR-make the figure below with all three plots in a single figure, using the equation for My as a function of t given below Engineering background: Nuclear magnetic resonance (NMR) is a measurement technique used widely in engineering. It has obvious uses in magnetic resonance imaging (MRI), which is a field developed by biomedical engineers. It is also used by materials engineers for material imaging and characterization. In NMR, the object to be measured is hit by a set of magnetic pulses to disturb the atomic magnetic poles, which then relax back to a base state. For one particular type of set of pulses, the resulting transverse magnetic field as a function of time t is given by 1 exp 1 exp (-T exp (-T) where Th and T2 are material-dependent parameters known as relaxation times, and Mo is a constant which depends on the material. For the work here, we will simply use a normalized Mo 1 Amp/m to make everything easier. All time units are also in microseconds. Assignment: Here we want to look at the value of My for a fixed value of t as T and T2 vary. We will 60 msec. We will place the mesh plot in the upper-left corner of a multiple plot figure (think subplots). Additionally, we want to plot "slices" from this mesh as 2-D plots on either side of the mesh plot. For the plot below the mesh, fixT2 320 msec, keep t-20 msec, and look at how My changes as a function of only T1. To the right of the mesh, look at how My changes as a function of T2 only, with T13 100 msec and again t 20 msec