Answer:
d) function is negative on (3,∞)
Step-by-step explanation:
The even degree and negative leading coefficient tell you that the function is negative as x ⇒ ±∞. (Selections A and C cannot be correct.)
The odd multiplicity tells you the function crosses the x-axis at x=-5 and x=3, so will be non-negative between those values. (Selection B cannot be correct.)
The function is negative on (3, ∞).
Answer:
The graph of the function is positive on (-co, -5).
The graph of the function is negative on (3,co).
Step-by-step explanation:
We know that the roots are in: -5, 1 and 3.
and after 3, the graph is in the negative side, so between 1 and 3 the graph must be in the positive side, between -5 and 1 the graph must be in the negative side, and between -inifinity and -5 the graph must be in the positive side:
So the statements that are true are:
The graph of the function is positive on (-co, -5).
The graph of the function is negative on (3,co).
Answer:
1877
Step-by-step explanation:
Just had this Q
8x12
27x9
100x3
125x5
When a number is multiplied by itself three times, then the resultant number is called a perfect cube. It is also a number with an exact cube root.
Out of the given options, and are perfect cubes.
= (2's are multiplied and powers are added)
= (3's are multiplied and powers are added)
The monomials that are perfect cubes out of the options given are: B. 8x^12, and C. 27x9.
A perfect cube is a number that can give you a precise cube root, i.e. a³ = a × a × a = ∛a³ = a.
27x^9 can be expressed as: ∛(27x^9) = 3x³
8x^12 can be expressed as: ∛(8x^12) = 2x^4
Therefore, the perfect cubes are: B. 8x^12, and C. 27x9.
Learn more about perfect cube on:
#SPJ5
In how many lines do the planes containing the walls intersect?
a) 0
b)1
c)2
d)3
Answer:
4x = 4x+8
4x-4x=8
0=8
the equation is wrong
∅
Step-by-step explanation: