I cant figure out the Matlab code to this. How do I input the variables into the equation and graph it using Matlab?

Print out this document and hand write all your work under each of the questions. Show all work and include your MATLAB files 1. (25 pts) The spatial structure of a receptive field that utilizes lateral inhibition is well captured by a difference-of-Gaussians model. In this model the spatial properties of the receptive field are expressed as the difference of two Gaussian functions that represent the excitatory (E) and inhibitory (U) areas: Receptive Field = E-1, where a. Use the model above to capture the response strength of the receptive field of a somatosensory skin receptor. Assume ?E-0.75 cm and ?,-1.75 cm. on the same graph plot the receptive field when (1) there is only an excitatory region (E) and (2) there is a difference between the excitatory and inhibitory regions (E I) for the stimulus range (s) of t10cm. Note that for correct scaling in part (I you w have to multiply E by 0.5 and in part (2) you will have to multiply I by 0.5. Correctly label the axes. b. Assume that the neuron will be active if the response strength is above 0.01. Determine the extent of the excitatory area that will result in neuronal activity with (E I) and without (E) the inhibitory region. Bases on this result, what is the benefit of lateral inhibition? c. Give an example of lateral inhibition in the auditory system and the benefit of lateral inhibition to sound processing