Calculating Coefficients for First and Second Derivatives
Author: shiroeExecutions: 19
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The number to the right of “Coefficient” in the input field corresponds to the degree of the polynomial.
Example: For a univariate polynomial in x, enter the coefficient of x^3 in the “Coefficient 3” field.
Please do not leave any fields blank. (If a degree is not needed, leave the default value of 0.)
Be careful not to omit the negative sign when entering values.
The program outputs the coefficients of the first and second derivatives.
Example: For a univariate polynomial in x, enter the coefficient of x^3 in the “Coefficient 3” field.
Please do not leave any fields blank. (If a degree is not needed, leave the default value of 0.)
Be careful not to omit the negative sign when entering values.
The program outputs the coefficients of the first and second derivatives.
| First-order derivative and coefficient of the x⁴ term | |
| First-order derivative and coefficient of the x³ term | |
| First-order derivative and coefficient of the x² term | |
| First-order derivative and coefficient of the x¹ term | |
| First-order derivatives and constant terms | |
| Second-derivatives and x³ term coefficients | |
| Second-derivatives and x² term coefficients | |
| Second-order derivative and coefficient of the x¹ term | |
| Second-order derivatives and constant terms |
Digit display setting: 50 digits. Digit count can be changed. Real number calculation mode.
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This function differentiates polynomials up to the fifth degree. (The exponent ^ is an integer between 0 and 5, inclusive.)
It finds the coefficients of the first and second derivatives. (The coefficients are real numbers.)