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data_5_6: -1.00000 0.50000 -0.80000 0.50000 -0.60000 0.50000 -0.40000 0.50000 -0.20000 0.50000 0.00000 0.50000 0.01000 0.50894 0.02000 0.51906 0.03000 0.53028 0.04000 0.54253 0.05000 0.55574 0.06000 0.56985

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data_5_6:

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data_5_7:

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SOLVE USING MATLAB
Experiment 5.6 Download the ASCII file data_5_6.dat from the Modules page of the EEL3002L Canvas portal. Place it in your default MATLAB folder. (a) Describe succinctly the basic use of the MATLAB fscanf function. (b) Apply the fscanf function to read the data of data 5_6.dat, which employs the floating point format '%'. Store the data in the matrix M 56, which should be specified to contain only two rows. Read the first row of M56 into the array time, and its second row into the array waveform. (c) Plot waveform versus time. Use 'Time' as the X-axis label and 'Waveform' as the title of the plot (excluding the quotes). Experiment 5.7 Download the binary file data_5_7.dat from the Modules page of the EEL3002L Canvas portal. Place it in your default MATLAB folder. The data are stored are as 32-bit floating-point numbers. (a) Describe succinctly the basic use of the MATLAB fwrite and fread functions. (b) Read the binary data in data_5_7.dat into a single-column matrix M1_5_7. Find the total number N of data points in the matrix. (c) Reshape M1_5_7 into a new matrix M2_5_7 with size 5 (N/5). (d) Find the smallest and largest values stored in M1_5_7. Then create a 10- bin histogram for the data values in M1_5_7. (Hint: Use help on the command reshape.) Experiment 5.6 Download the ASCII file data_5_6.dat from the Modules page of the EEL3002L Canvas portal. Place it in your default MATLAB folder. (a) Describe succinctly the basic use of the MATLAB fscanf function. (b) Apply the fscanf function to read the data of data 5_6.dat, which employs the floating point format '%'. Store the data in the matrix M 56, which should be specified to contain only two rows. Read the first row of M56 into the array time, and its second row into the array waveform. (c) Plot waveform versus time. Use 'Time' as the X-axis label and 'Waveform' as the title of the plot (excluding the quotes). Experiment 5.7 Download the binary file data_5_7.dat from the Modules page of the EEL3002L Canvas portal. Place it in your default MATLAB folder. The data are stored are as 32-bit floating-point numbers. (a) Describe succinctly the basic use of the MATLAB fwrite and fread functions. (b) Read the binary data in data_5_7.dat into a single-column matrix M1_5_7. Find the total number N of data points in the matrix. (c) Reshape M1_5_7 into a new matrix M2_5_7 with size 5 (N/5). (d) Find the smallest and largest values stored in M1_5_7. Then create a 10- bin histogram for the data values in M1_5_7. (Hint: Use help on the command reshape.)

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