Consider the second order differential equation: dr d'y dy + 6 + 2y = 0 In solutions to this question, note the followin

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Consider The Second Order Differential Equation Dr D Y Dy 6 2y 0 In Solutions To This Question Note The Followin 1 (386.83 KiB) Viewed 66 times

Consider the second order differential equation: dr d'y dy + 6 + 2y = 0 In solutions to this question, note the following conventions: all decimals should be rounded to 2 decimal places all terms should be separated by where two possible solutions are required, give most positive first. You can always swap answers and re-check during practice quiz. a) To find the general solution to the differential equation, can try solution: y = ekt Y Characteristic equation representing DE (in terms of parameter kë): 0 Solve quadratic; k= and k = Sub U b) Is the system over, under, or critically damped? Critically damped o Under damped Over-damped