3. Given the differential equation d'y d²+²y=sec²(er), c is a constant. Find the constant e if the Wronskian, W=3. Hence

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3. Given the differential equation d'y d²+²y=sec²(er), c is a constant. Find the constant e if the Wronskian, W=3. Hence

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3 Given The Differential Equation D Y D Y Sec Er C Is A Constant Find The Constant E If The Wronskian W 3 Hence 1
3 Given The Differential Equation D Y D Y Sec Er C Is A Constant Find The Constant E If The Wronskian W 3 Hence 1 (6.64 KiB) Viewed 16 times
3. Given the differential equation d'y d²+²y=sec²(er), c is a constant. Find the constant e if the Wronskian, W=3. Hence, find the solution of the differential equation.
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