1. x sin y+x2y = c 2. 3x²xy² + c = 3. cx²+x+ y² = c h 4. y = mx + ; hi a parameter, m to be eliminated 5. y² = 4ax - m 6. y = ax² + bx + c 3x 7. y=4+ C₂e³x 8. y = c₁e ax cos bx + c₂eax sin bx; a and b are parameters 9. y = c₁x² + C₂e²x 10. y = ce* +C xe*
1. x sin y+x2y = c 2. 3x²xy² + c = 3. cx²+x+ y² = c h 4. y = mx + ; hi a parameter, m to be eliminated 5. y² = 4ax - m 6. y = ax² + bx + c 3x 7. y=4+ C₂e³x 8. y = c₁e ax cos bx + c₂eax sin bx; a and b are parameters 9. y = c₁x² + C₂e²x 10. y = ce* +C xe*
1. x sin y+x2y = c 2. 3x²xy² + c = 3. cx²+x+ y² = c h 4. y = mx + ; hi a parameter, m to be eliminated 5. y² = 4ax - m 6. y = ax² + bx + c 3x 7. y=4+ C₂e³x 8. y = c₁e ax cos bx + c₂eax sin bx; a and b are parameters 9. y = c₁x² + C₂e²x 10. y = ce* +C xe*
In each of the following eliminate the arbitrary constants. Use at least two (2) methods for each number
a. differentiation and combination
b. isolation of constant
c.determinant method
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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