IV. Write the differential equation for each of the curves determined by the given conditions. 1. Obtain a differential equation associated with the primitive y = Ax² + Bx + C 2. Obtain a differential equation associated with the primitive x'y³ + x³y³ = C 3. Obtain a differential equation associated with the primitive y = Cx? + C. %3D

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Chapter1: Functions And Models
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This is Differential Equations
IV.
Write the differential equation for each of the curves determined by the given
conditions.
1. Obtain a differential equation associated with the primitive y = Ax² + Bx + C
2. Obtain a differential equation associated with the primitive x²y³ + x³y$ = C
3. Obtain a differential equation associated with the primitive y = Cx² + C².
4. Find the differential equation of the family of circles of fixed radius r with centers on
the x-axis.
5. Find the differential equation of the family of parabolas with foci at the origin and axes
along the x-axis.
6. Form the differential equation representing all tangents to the parabolas y² = 2x.
7. Find the differential equation of the family of cardioids r = a(1 – cos 0)
8. Find the differential equation of all straight lines at a unit distance from the origin.
9. Find the differential equation of all circles in the plane.
10. Find the differential equation of the family of circles of variable radii r with centers on
the x-axis.
Transcribed Image Text:IV. Write the differential equation for each of the curves determined by the given conditions. 1. Obtain a differential equation associated with the primitive y = Ax² + Bx + C 2. Obtain a differential equation associated with the primitive x²y³ + x³y$ = C 3. Obtain a differential equation associated with the primitive y = Cx² + C². 4. Find the differential equation of the family of circles of fixed radius r with centers on the x-axis. 5. Find the differential equation of the family of parabolas with foci at the origin and axes along the x-axis. 6. Form the differential equation representing all tangents to the parabolas y² = 2x. 7. Find the differential equation of the family of cardioids r = a(1 – cos 0) 8. Find the differential equation of all straight lines at a unit distance from the origin. 9. Find the differential equation of all circles in the plane. 10. Find the differential equation of the family of circles of variable radii r with centers on the x-axis.
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