Expand the expression. (Quadratic)
Author: shiroeExecutions: 45
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Please be careful to include the minus sign (-) when entering the expression.
Before expansion: (ax+b)(cx+d)
After expansion: P*(x^2)+Q*(x^1)+R
Before expansion: (ax+b)(cx+d)
After expansion: P*(x^2)+Q*(x^1)+R
| The value of a | (Numerator/Denominator) |
| The value of b | (Numerator/Denominator) |
| Value of c | (Numerator/Denominator) |
| Value of d | (Numerator/Denominator) |
| P-molecule | |
| P denominator | |
| Q-molecule | |
| Q Denominator | |
| R-molecule | |
| R denominator | |
| The value of P (the coefficient of the x² term) | (Numerator/Denominator) |
| The value of Q (the coefficient of the x^1 term) | (Numerator/Denominator) |
| R value (constant term) | (Numerator/Denominator) |
Be sure to pay attention to the negative sign when entering values.
Set to 6 digits. The number of digits can be changed.
R6(2024).04/24(Wed)_r,only,,c,not_ver.(1)001
Set to 6 digits. The number of digits can be changed.
R6(2024).04/24(Wed)_r,only,,c,not_ver.(1)001
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Let the form of the expression before expansion be (ax+b)(cx+d).
Let the expanded expression be of the form P*(x^2)+Q*(x^1)+R. (* denotes multiplication.)
Enter a, b, c, and d as fractions.
Please enter integers in the numerator and denominator input fields.
Enter non-zero values for the numerators of a and c.
Enter non-zero values for the denominators of a, b, c, and d.
Neither input nor output supports mixed fractions.
Complex numbers (non-real numbers with a non-zero imaginary part) are not supported.