Differentiation of y with respect to x is zero it means
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★ DIFFERENTIAL CALCULUS ★
If such differentiation , in which DIFFERENTIATION of y with respect to " x " is zero means that , x is any constant ,
we've got local maximum or minimum for any definite function too ,
we can obtain various important points by doing the same in quadratic graphs ,
Clearly , it's equivalent to any constant ,
because , dC/dx = 0
Differentiation of any constant is always equal to zero
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If such differentiation , in which DIFFERENTIATION of y with respect to " x " is zero means that , x is any constant ,
we've got local maximum or minimum for any definite function too ,
we can obtain various important points by doing the same in quadratic graphs ,
Clearly , it's equivalent to any constant ,
because , dC/dx = 0
Differentiation of any constant is always equal to zero
★✩★✩★✩★✩★✩★✩★✩★✩★✩★✩★
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