| 1. | In the latter case, the function is a constant function.
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| 2. | Because a constant function does not change, its derivative is 0.
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| 3. | The derivative of a constant function is the zero function.
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| 4. | Therefore, any constant function is an antiderivative of the zero function.
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| 5. | The cohomology classes are identified with locally constant functions.
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| 6. | They may be non-constant functions of frequency.
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| 7. | But the derivative of any constant function is 0.
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| 8. | *The eigenvalue occurs with multiplicity one and corresponds to the constant function.
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| 9. | He threatened me on my talk page when I edited constant function ).
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| 10. | It is a locally constant function on \ operatorname { Spec } R.
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