The leading term is -3x^5. The end behavior of any function is the behavior that the highest powered term has as x approaches ±oo.
In this case because the highest order term is -3x^5, as x approaches -oo, y approaches +oo. And as x approaches +oo, y approaches -oo.
To compare decimals, start by looking at the whole numbers (the number to the left of the decimal). Since the number for both is zero, next move to the other side of the decimal, the tenths place. Both numbers are still zero, so now move to the next place over, the hundredths place. We have a 6 in the hundredths place for one of the numbers and a five in the hundredths place for the other one... We can stop right there... 6 is greater than 5 so the number with the 6 in the hundredths place is the larger number.
0.06 > 0.054
Answer:
x=3+sqrt(2), 3-sqrt(2).
Step-by-step explanation:
x^2-6x+7=0
Apply the quadratic formula
Answer:
It is the parabola x^2 moved to the right. So 3rd option.
Check my explanation below
