dx Consider the differential equation 18t²5 - 10e³z + 50t¹ + (30t³x¹ - 80te³ - 21x²). = 0 dt The solution of the differential equation may be written in the form F(t, x) = C, where F(t, x) =
dx Consider the differential equation 18t²5 - 10e³z + 50t¹ + (30t³x¹ - 80te³ - 21x²). = 0 dt The solution of the differential equation may be written in the form F(t, x) = C, where F(t, x) =
dx Consider the differential equation 18t²5 - 10e³z + 50t¹ + (30t³x¹ - 80te³ - 21x²). = 0 dt The solution of the differential equation may be written in the form F(t, x) = C, where F(t, x) =
Transcribed Image Text:dx
Consider the differential equation 18t²5 - 10e8 + 50t4+ (30t³x¹ – 80te³ – 21x²) - = 0
dt
The solution of the differential equation may be written in the form F(t, x) = C,
where F(t, x) =
Hint: The equation may be exact. Verify and then proceed.
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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