+1995 Aditya determines the remainder of −12x^17+3x^5−9x^2−1/x+1 , using the remainder theorem.
How does he proceed to the correct answer?
Aditya evaluates the numerator of the expression when x = 1. He finds the remainder of the division to be −1 .
Aditya evaluates the numerator of the expression when x = 1. He finds the remainder of the division to be −19 .
Aditya evaluates the numerator of the expression when x=−1 . He finds the remainder of the division to be −19 .
Aditya evaluates the numerator of the expression when x=−1 . He finds the remainder of the division to be −1 .
i thinks its D
question 2
What does the remainder theorem conclude given that f(x)/x+3 has a remainder of 11?
Enter your answer by filling in the underlines
f(__) = ___
I am complte unsur
+129852 First one....we are testing whether x + 1 is a divisor of the numerator.....this is the same as testing whether -1 is a root....so.....
Sub -1 into the the numerato and we get that
−12(-1)^17+3(-1)^5−9(-1)^2−1 =
12 - 3 - 9 - 1 =
-1
Aditya evaluates the numerator of the expression when x=−1 . He finds the remainder of the division to be −1 .
You are correct, Jenny!!!!
+129852 question 2
What does the remainder theorem conclude given that f(x)/x+3 has a remainder of 11?
Enter your answer by filling in the underlines
f(__) = ___
This says that f(-3) = 11
+1995 Thank you for checking my first answer and helping me with the second! I was overthinking the second one
