What are the zeros of the polynomial function f(x) = x3 - 2x2 - 24x?

Answers

Answer 1
Answer:

The zeroes of the polynomial function are 0, 6, and -4.

Given that,

Polynomial function; \rm f(x) = x^3-2x^2-24x.

We have to determine,

The zeroes of the polynomial,

According to the question,

To determine the zeroes of the given polynomial function following all the steps given below.

Polynomial function; \rm f(x) = x^3-2x^2-24x.

Factorize the polynomial function to find the zeroes of the function,

\rm x^3-2x^2-24x =0\n\n\rm x(x^2-2x-24)=0\n\nx(x^2-6x+4x-24)=0\n\nx(x(x-6)+4(x-6))=0\n\nx ( (x-6) (x+4)) =0\n\nx (x-6) (x+4) =0

Therefore,

The zeroes of the polynomial function are,

\rm x = 0\n\nx - 6 =0, \ \ x =6\n\nx +4 =0, \ \ x = -4

Hence, The zeroes of the polynomial function are 0, 6, and -4.

For more details refer to the link given below.

brainly.com/question/15849916

Answer 2
Answer: first factor out a variable: x(x^2-2x-24)
now solve the quadratic: x(x-6)(x+4)
When you set these expressions equal to zero, you get 0, 6, and -4 as your answers.

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Math. :)Question: 1.1W + 2.1 = 5.4
Answer: W = 2.2

Is the answer correct? How do you check the answer?

Thank you in advance!!

Answers

\sf~W+2.1=5.4

Subtract 2.1 to both sides:

\sf~W=3.3
This is one-step equation.
W+2.1=5.4 \n W+2.1-2.1=5.4-2.1 \n W=3.3 \n CHECK- \n 3.3+2.1=5.4

Find the nth term of this sequence: -1, 3, 7, 11, 15

Answers

This equation adds on by 4.
19
23
27
31
31 is the 9th term.

The sum of the squares of two positive integers is 394. If one integer is 2 less than the other and the larger integer is x. Find the integers.

Answers

larger is x
the other is called y
sum of squares is 394
x^2+y^2=394
one is 2 less that other
x>y so
y+2=x
subsitute y+2 for x

(y+2)^2+y^2=394
expand
y^2+4y+4+y^2=394
add like terms
2y^2+4y+4=394
divideboth sides by 2
y^2+2y+2=197
subtract 197 from both sides
y^2+2y-195=0
factor
(y+15)(y-13)=0
set each to zero
y+15=0
y=-15
impossible since it is stated that they are positive so get rid of this solution
y-13=0
y=13

find other
y+2=x
13+2=x
15=x


numbers are 13 and 15

Find the discount for a $200 item on sale for $150

Answers

\$200-\$150=\$50\n\n \begin{array}{ccc}\$200&-&100\%\n\n\$50&-&p\%\end{array}\n\n200p=50\cdot100\ \ \ /:200\n\np=(50\cdot100)/(200)\n\np=25\n\nAnswer:The\ discount\ is\ 25\%.

Answer:

25%

Step-by-step explanation:

Assume each variable has a different value. Which relations below are functions? a. {(a, b), (a, c), (a, d), (a, e)} b. {(a, b), (b, b), (c, b), (d, b)} c. {(a, b), (c, d), (e, f), (g, h)} d. {(a, a), (b, c), (c, c), (d, e)}A. choice a only

B. choices b and c only

C. choice c only

D. choices b, c, d only

Answers

A function is a relation in which every input value x has at most one output value y.

Consider all options:

a. Relation {(a, b), (a, c), (a, d), (a, e)} is not a function, because input value a has four different output values b, c, d and e.

b. Relation {(a, b), (b, b), (c, b), (d, b)} is a function, because every input value a, b, c and d have at most one output value b.

c. Relation {(a, b), (c, d), (e, f), (g, h)} is a function, because every input value a,  c, e and g have at most one output value b, d, f and g, respectively.

d. Relation {(a, a), (b, c), (c, c), (d, e)} is a function, because every input value a,  b, c and d have at most one output value a, c, c and e, respectively.

Answer: correct choice is D

i think its D but im not 100% sure let me know if its right

Factor 2x^3-12x^2+16x

Answers

Answer:

2x ( x-4) (x-2)

Step-by-step explanation: