MATLAB!

(file: neuronData.xlsx). The data array contains 3 columns of 25,000 values each.; each column contains the data from one microelectrode. These 25,000 samples were taken in a span from 0 to 1.3 seconds Task 1: Write a function to plot the 3 channels of data on a single graph using a subplot Function Specification Input Arguments: The data array (a matrix) The sampling interval (time between samples), a scalar [You can easily figure this out from the provided information above.] Output Arguments: None Make a summary plot showing the three different channels with the shared time axis (hint: use a subplot). The channels should be properly labeled showing the date of the recording (Channel 1 -3/16/17 Channel 2-3/20/17 Channel 3- 4/07/17), the units (m , and using a combination of the max function and the text function to find which action potential has the largest amplitude. Example below in figure 2: (file: neuronData.xlsx). The data array contains 3 columns of 25,000 values each.; each column contains the data from one microelectrode. These 25,000 samples were taken in a span from 0 to 1.3 seconds Task 1: Write a function to plot the 3 channels of data on a single graph using a subplot Function Specification Input Arguments: The data array (a matrix) The sampling interval (time between samples), a scalar [You can easily figure this out from the provided information above.] Output Arguments: None Make a summary plot showing the three different channels with the shared time axis (hint: use a subplot). The channels should be properly labeled showing the date of the recording (Channel 1 -3/16/17 Channel 2-3/20/17 Channel 3- 4/07/17), the units (m , and using a combination of the max function and the text function to find which action potential has the largest amplitude. Example below in figure 2