€¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots...

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Transcript of €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots...

Page 1: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 2: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 3: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 4: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 5: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 6: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 7: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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Page 8: €¦ · x —— (x2 + n2)y = 0. Solve the differential equation dX2 dx RX"Zlfa and are the roots then prove thatJ01 I 4. Form/,rye pertial differential equation by eliminating the

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