55 Q4 Performa |. General and Particular Solution of Differential Equation Upload your complete solution In the messenger link given at the last section. Note: Use any Size of bond paper for your solutions. A. Find the general solution of the given differential equation. (10 pts) B. Find the particular solution of the given differential equation when x = I and y = 2. (10 pts) _dr_'_ 2x'+3 Back Next Clear form Q4 SLM Q4 Performance Ta: Q4 Performanc Jo Integrals and Area f (3) Messenger | Fac| (812) Calculus - De f (3) Facebook ) Instagram . Chats + X J D C ^ docs.google.com/forms/d/e/1FAlpOLSc5GIMHxXBYDFqydP_j7a2a618LQBPpiWcyVLv9tmAM4Xz_ng/formResponse?pli=1 The name and photo associated with your Google account will be recorded when you upload files and submit this form. Only the email you enter is part of your response. Il. Solving the area of the bounded region Calculate the approximated area of the region bounded by the function (particular solution of your answer in test 1) at the interval [0,2] with 5 sub-intervals using: A. Left Riemann Sum (20pts) B. Right Riemann Sum (20pts) C. Midpoint Riemann Sum (20pts) D. Definite Integral (20pts) Show the graph and complete solution for your answers. You may use this desmos calculator: https://www.desmos.com/calculator/ss7fxscofp HINT: You just need to type your function in the desmos calculator, and make sure that the interval [a,b], number of sub-interval (n) and partition points are properly set. Type here to search WE P3 6 30 C ~ OD / () ENG 7:21 pm 11/06/2022