4- Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if" you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. a. (2 points) Calculating the integral starts as the code starts running. The integration ends at exactly five minutes after code starts running. Form an appropriate interrupt callback function for this purpose. 5- Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. b. (3 points) The Riemann integral can be calculated by sampling the analog signal values taken periodically with period 0.02 seconds. Form an appropriate interrupt callback function for this purpose. 6 - Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. C. (3 points) The integral should be calculated precisely for the given input signal. The result should be printed on the serial output. Form the code blocks for this purpose. 7. Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if" you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. d. (2 points) Form the main function, interrupt definitions, and global variables in your code such that it works on the mbed simulator. 4- Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if" you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. a. (2 points) Calculating the integral starts as the code starts running. The integration ends at exactly five minutes after code starts running. Form an appropriate interrupt callback function for this purpose. 5- Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. b. (3 points) The Riemann integral can be calculated by sampling the analog signal values taken periodically with period 0.02 seconds. Form an appropriate interrupt callback function for this purpose. 6 - Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. C. (3 points) The integral should be calculated precisely for the given input signal. The result should be printed on the serial output. Form the code blocks for this purpose. 7. Q2) (10 points) You are asked to design a digital system which calculates the integral of a given analog signal. For this purpose, we can benefit from the Riemann integral. Our analog signal is limited between 0-5 V. Form an embed program with the following subsections. PLEASE READ BEFORE ANSWERING THE QUESTION! 1. Your answers must be compatible with mbed simulator "even if" you cannot use it. Other solutions will not be graded. 2. Answer the questions to their designated places. Only the code lines written to the designated answer section will be graded. Extra code lines added to a section will result in "zero" points for that section. d. (2 points) Form the main function, interrupt definitions, and global variables in your code such that it works on the mbed simulator