Answer:
Left ends is +ve infinity and Right end is -ve infinity. however both tends to be infinity.
Step-by-step explanation:
Let us under stand the basics of determining the end behavior of a graph , by just analyzing the degrees and coefficient of a polynomial.Please refer to the image we have shared with this for a better understanding also.
The rule is bifurcated in two broad category and and two sub category in them.
Category .
The nature of degree (Even / Odd )
Subcategory .
The coefficient of term containing degree ( Negative/Positive )
Rule 1 :
Degree : Even
If coefficient is
Rule 1(a) : Positive ⇒Both ends are towards +ve infinity
Rule 1(b) : Negative⇒Both ends are towards -ve infinity
Rule 2 :
Degree : Odd
If coefficient is
Rule 2(a) : Positive ⇒ Left ends is -ve infinity and Right end is +ve infinity
Rule 2(b) : Negative ⇒ Left ends is +ve infinity and Right end is -ve infinity
Let us see our function f(x) =
now
Here
Degree is 3 which is Odd
Its coefficient is (-2) which is negative
Hence we go to rule 2(b)
That is the Left ends is +ve infinity and Right end is -ve infinity. however both tends to be infinity.
Answer:
If the number gets bigger to the right.
The number gets less if it moves to the left.
Step-by-step explanation:
Solution
( − 2)(3 + 5)
Step-by-step solution:
Use the sum-product pattern
3x^2−−10
3^2+5−6x−10
Common factor from the two pairs
3^2+5−6−10
(3+5)−2(3+5)
Rewrite in factored form
(3+5)−2(3+5)
(−2)(3+5
hope this was good! <3
Answer:
192
Step-by-step explanation:
1/2 of 24 times 16=192
Answer:
x = 24; x = 25
Step-by-step explanation:
<u>Question 1</u>
x/4 = 6
x = 24 *multiply both sides by the denominator to isolate the x value
<u>Question 2</u>
x/2 = 12.5
x = 25 *multiply both sides by the denominator to isolate x