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For a circuit containing a capacitor and resistor, the first-order differential equation that describes a discharging capacitor follows:If represents the charge within the capacitor at seconds, find the general solution. is the capacitance of the capacitor. is the resistance of the resistor.

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MCQs on Differential Equations.


For a circuit containing a capacitor and resistor, the first-order differential equation that describes a discharging capacitor follows:<br/><br><img src='https://www.fatskills.com/images2/GradExams/6EC940C6-A83E-4CF0-A6EE-4DED5A848E8D.png' height='26' width='110'/><br/>If<br><img src='https://www.fatskills.com/images2/GradExams/16512234-BF9F-4779-ACB9-25CE54F5EA1D.png' height='18' width='21'/> represents the charge within the capacitor at<br><img src='https://www.fatskills.com/images2/GradExams/44FC6D41-5521-4C5D-9C9C-ADC65E4D19E1.png' height='15' width='42'/> seconds, find the general solution.<br><img src='https://www.fatskills.com/images2/GradExams/C136CB57-2389-4CBF-93AA-51690265819F.png' height='15' width='14'/> is the capacitance of the capacitor.<br><img src='https://www.fatskills.com/images2/GradExams/A46F6596-3C48-4CCB-9CD2-A94C3604DEAC.png' height='15' width='14'/> is the resistance of the resistor.





 
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