pappoelarry
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Consider the two functions f(x)=(x²+3x+10)+(2x²+2x-17) and g(x)=(4x²+4x+4)-(x²+x+11). If they are equivalent, prove they are; if they are not equivalent, prove they aren't.
The functions f(x) and g(x) are analyzed for equivalence. The function f(x) simplifies to 3x² + 5x - 7, while g(x) simplifies to 3x² + 3x - 7. Since the coefficients of the x terms differ, f(x) and g(x) are not equivalent. The proof demonstrates that while both functions are quadratic, their linear components are distinct, confirming their non-equivalence.
PREREQUISITESStudents studying algebra, mathematics educators, and anyone interested in understanding polynomial function equivalence.
f(x)=(x²+3x+10)+(2x²+2x-17)= (x^2+ 2x^2)+ (3x+ 2x)+(10- 17)pappoelarry said:Consider the two functions f(x)=(x²+3x+10)+(2x²+2x-17) and g(x)=(4x²+4x+4)-(x²+x+11). If they are equivalent, prove they are; if they are not equivalent, prove they aren't.