USING MATLAB!! NO C++

Problem-1: Suture Packaging Sutures are strands or fibers used to sew living tissue together after an injury or an operation. Packages of sutures must be sealed carefully betore they are shipped to hospitals so that contaminants cannot enter the packages. The object that seals the package is referred to as a sealing die. Generally, sealing dies are heated with an electric heater. For the sealing process to be a success the sealing die is maintained at an established temperature and must contact the package with a predetermined pressure for an established time period. The time period in which the sealing die contacts the package is called the dwell time. Assume that the acceptable ranges of parameters for an acceptable seal are the following: Temperature: 150-170c Pressure: Dwell Time: 2-2.5s 60-70 psi (pound per square inch) A data file named suture.dat contains information on batches of sutures that have been rejected during a week period. Each line in the data file contains the batch number, the temperature, the pressure, and the dwell time for a rejected batch. As a quality control engineer, your goal is to analyze this information to determine the percentage of batches rejected due to temperature, the percentagerejected due to pressure, and the percentage rejected due to dwell time. If a specific batch is rejected for more than one reason, it should be counted in all applicable totals. 1. Create a MATLAB script to compute and print the percentage and the total number of batches rejected in each category. 2. Some of the batches were erroneously rejected. Provide the commands to determine those batches, return their batch numbers and the total number of batches that should have actually been rejected. Problem-1: Suture Packaging Sutures are strands or fibers used to sew living tissue together after an injury or an operation. Packages of sutures must be sealed carefully betore they are shipped to hospitals so that contaminants cannot enter the packages. The object that seals the package is referred to as a sealing die. Generally, sealing dies are heated with an electric heater. For the sealing process to be a success the sealing die is maintained at an established temperature and must contact the package with a predetermined pressure for an established time period. The time period in which the sealing die contacts the package is called the dwell time. Assume that the acceptable ranges of parameters for an acceptable seal are the following: Temperature: 150-170c Pressure: Dwell Time: 2-2.5s 60-70 psi (pound per square inch) A data file named suture.dat contains information on batches of sutures that have been rejected during a week period. Each line in the data file contains the batch number, the temperature, the pressure, and the dwell time for a rejected batch. As a quality control engineer, your goal is to analyze this information to determine the percentage of batches rejected due to temperature, the percentagerejected due to pressure, and the percentage rejected due to dwell time. If a specific batch is rejected for more than one reason, it should be counted in all applicable totals. 1. Create a MATLAB script to compute and print the percentage and the total number of batches rejected in each category. 2. Some of the batches were erroneously rejected. Provide the commands to determine those batches, return their batch numbers and the total number of batches that should have actually been rejected