Which ordered pair is a solution to the system of inequalities?
which ordered pair is a solution to the system of - 1

Answers

Answer 1
Answer:

Answer:

Option A

Step-by-step explanation:

System of the inequalities is,

y ≥ 2x

y < x + 4

By satisfying these inequalities with the points given in the options we can get the answer.

Option (A). (2, 5)

y ≥ 2x

5 ≥ 2(2)

5 ≥ 4

True.

y < x + 4

5 < 2 + 4

5 < 6

True

Therefore, Option (1) is the answer.

Option (B) (1, 6)

y ≥ 2x

6 ≥ 2(1)

6 ≥ 2  

True.

y < x + 4

6 < 1 + 4

6 < 5

False.

Therefore, it's not the solution.

Option (C) (2, 3)

y ≥ 2x

3 ≥ 2(2)

3 ≥ 4

False.

y < x + 4

4 < 2 + 4

4 < 6

True.

Therefore, It's not the solution.

Option (D) (1, 5)

y ≥ 2x

5 ≥ 2(1)

5 ≥ 4

True.

y < x + 4

5 < 1 + 4

5 < 5

False.

Therefore, It's not the solution.


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Y = –6x2 + 3x + 2 rewritten in vertex form

Answers

I think it is
y=-6(x-1/4)^2+19/8

this can also be explained as c on edg

Solve the value of x in the following proportion 6:9=x:72

Answers

So first find out:  How much larger or smaller is the second proportion compared to first?
72 is 8 times bigger than 9,  so the second proportion must be 8 TIMES BIGGER
Now,  multiply 6*8=x
48=x
So in the end,  x is 48.

A function is created to represent the balance on a credit card each month. What restrictions would be made to the range

Answers

Answer:

The range would include all real numbers.

Step-by-step explanation:

Consider the provided information.

Range of a function is the set of output values which a function can produce.

Let say we created a function to represent the balance on a credit card each month. Then the range will be the balance amount.

The balance amount can be a negative number as we are talking about credit card, also the balance can be zero or a positive number.

The credit card balance can be in decimals.

Thus, the balance can be any real number.

Hence, the range would include all real numbers.

It could include any numbers any real numbers.

Find the value of A in the equation 5/a+3=3/A-2

Answers

If you would like to find the value of a in the equation 5/a + 3 = 3/a - 2, you can do this using the following steps:

5/a + 3 = 3/a - 2     /*a
5 + 3a = 3 - 2a
3a + 2a = 3 - 5
5a = -2
a = -2/5

The correct result would be -2/5.
5+3a = 3-2a
So
5a = -2
a=-2/5=-0.4

Find the value of n such that x^2-19x n is a perfect square trinomial.Answer choices:
A. -19/2
B. 361/4
C. 361
D. 361/2

Answers

Answer:  The correct option is (b) (361)/(4).

Step-by-step explanation:  We are given to select the correct value of 'n' such that x^2-19x+n becomes a perfect square trinomial.

The standard form of a perfect square trinomial is

(x+a)^2=x^2+2a+a^2.

Now, we can write

x^2-19x+n\n\n=x^2-2* x* (19)/(2)+(361)/(4)+n-(361)/(4)\n\n\n=(x-(19)/(2))^2+n-(361)/(4).

So, for the given expression to be perfect trinomial,

n-(361)/(4)=0\n\n\Rightarrow n=(361)/(4).

Thus, (b) is the correct option.

B. 361/4
you get: x^2-19x+361/4=(x-19/2)^2

Which of the following statements is always true?a.
Workers being paid on commission make less money than if they are salaried.
b.
Workers being paid on commission get paid based solely on their performance.
c.
Workers being paid on commission are stressed over the amount of earnings they will have.
d.
Workers being paid on commission increase the accounting costs of the employer.

Answers

Workers being paid on commission get paid based solely on their performance.
They get paid based on their performance and not their hours.

Answer:

its b

Step-by-step explanation: