so when we add to the function outside of the parentheses of (x)^3, we are moving the graph in the up down direction so it would look like x^3 but shifted up 2 units. the way to easily know which one it is, plug in zero for x in the original and 0^3 is zero so we know the original fuction will go through the origin so the function who's center is is only shifted up (because it's positive 2) two units so graph 1
note: the reason i know that what looks like a center point is actually at the origin is because f(x)= x^3 is a very famous graph that you should know the shape of :)
Answer:
12
Step-by-step explanation:
Answer: Raise
People who have been drinking tend to raise the risks of being on the road.
No, the perimeter and area of a square can be found using the length of just one side .
What is the area of a Squares?
- (Side) (Side) square units make up a square's area. When the diagonal, d, is known, the area of a square is equal to d22 square units.
- For instance, a square with four 8-foot sides has a surface area of 64 square feet (ft2).
No, the perimeter and area of a square can be found using the length of just one side .
A) CD = 5 units
CD = √( 8 -4)² + ( 5 - 2 )² = √ 16 + 9
CD = √25 = 5
B) P = 4
P = 4 × 5 = 20 units
A = ( 5 )² = 25 units²
Learn more about area of a Squares
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Answer:
A 2-column table with 4 rows. The first column is labeled x with entries negative 3, negative 2, negative 1, 0. The second column is labeled f of x with entries 2, 0, negative 10, negative 24.
Step-by-step explanation:
The table shown in the attachment has the function that is decreasing in the interval of interest.
"Decreasing" means that for increasing x-values, each f(x) value is less than the one before.