Which answers describe the end behaviors of the function modeled by the graph? f(x)=−3x+2−2

Select each correct answer.

As x increases without bound, f(x) approaches the line y=−2.

As x increases without bound, f(x) increases without bound.

As x decreases without bound, f(x) approaches the line
y=−2.

As x increases without bound, f(x) decreases without bound.

Answers

Answer 1
Answer:

For the given function, as x increases without bound, f(x) decreases without bound. Option D is correct.

Given that,
To describe the end behaviors of the function modeled by the graph,
f(x)=−3x+2−2

What are functions?

Functions is the relationship between sets of values. e g y=f(x), for every value of x there is its exists in set of y. x is the independent variable while Y is the dependent variable.

Here,
The function given is,
f(x) = -3x + 2 - 2
Given function contains equality so the function has no boundaries and the function is described from negative infinity to positive infinity, But the function has inverse behavior as when x is negative the function is positive and when x is positive function is negative.

Thus, for the given function, as x increases without bound, f(x) decreases without bound. Option D is correct.

Learn more about function here:

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Answer 2
Answer:

Answer:

As x increases without bound, f(x) decreases without bound.


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Jamal has a plan to save money for a trip. Today, Jamal deposits $10.00 into the savings account. Each week, Jamal will add $5.00 to the amount that is deposited into the savings account. The table below shows the relationship between the number of weeks and how much money, in dollars, Jamal deposits into the savings account.Let f(x)represent the amount of money Jamal deposits into his savings account at the end of x weeks. Based on the table, what is f(10)?
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What is the value of x in the following proportion? 7/x-5 = 15/x+4

What’s the simplified version −32+|10+2|

Answers

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\boxed{-20}

-32 + 10 + 2

= -22 + 2

= -20

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Answer:

20

Step by Step

Make x the subject of m=n + x/p URGENT!! Please

Answers

Step-by-step explanation:

m = n + (x)/(p)  \n  \n  (x)/(p)  + n = m \n  \n  (x)/(p )= m - n \n  \n x = m(p) - n(p) \n

Answer:

p(m - n) = x

Step-by-step explanation:

You want to "solve for x."  To do this, subtract n from both sides (for the purpose of isolating the x/p term):

m - n + x/p

Next, multiply all terms by p:

p(m - n) = x

I don't understand number 25. Please I need an explanation.

Answers

First plot points J, K, and L randomly on a plane. Then, draw a line connecting J and K. Next, put a point on the line, JK named M. Now draw a ray from M to L connected the two points with an arrow at one end to indicate a ray.

Tyler works in retail where she earns $10.50 per hour. She also earn $15 for every new credit account she gets customer to open and she gets a weekly stipend of $50 for clothing. Tyler knows her weekly earnings can be shown with the following expression Part A: Identify a coefficient, a variable, and a constant in this expression Part B: If Tyler works for 37 hours and open 12 new credit account, how much does she earn? Show you work to receive full credit Part C: If Tyler gets a raise and begins earning $11.25 per hour, would the coefficient, variable or constant in the expression change? Why?

Answers

The expression can be shown as:

10.5a + 15b + 50 = weekly earnings.

(where a is the number of hours worked and b is the number of credit accounts she gets customers to open)

For Part A, either the 10.5 part of 10.5a or the 15 part of 15b is a coefficent, and 50 is a constant, and the variables are a and b.

For Part B, plug the numbers into the equation:

=10.5a + 15b + 50
=10.5*37 + 15*12 + 50
=388.5 + 180 + 50
=$618.5  (remember units!)

For Part C: The coefficent changes, because the number part of the expression changes. (10.5a becomes 11.25a).

f the sample size n=25, the sample mean = 10 and the sample standard deviation s=6, create the 90% confidence interval for the population mean and interpret it. A. The confidence interval is [7.52 ,12.48] and 90% of the population values fall in this interval. B. The confidence interval is [7.52 ,12.48] and there is a 90% chance that the population mean has a value that falls within this interval. C.The confidence interval is [7.95 ,12.05] and there is a 90% chance that the population mean has a value that falls within this interval. D. The confidence interval is [7.95 ,12.05] and 90% of the population values lie within this interval.

Answers

Answer:

(s/√n) is the standard error of the sample mean. If the sample size n=25, the sample mean = 10 and the sample standard deviation s=6, create the 90% confidence interval for the population mean and interpret it. A. The confidence interval is [7.52 ,12.48] and 90% of the population values fall in this interval.

Solve by using the quadratic formula.
15x^2 - 1 = 2x

Answers

15x^2-1=2x\n\n15x^2-2x-1=0\n\na=15;\ b=-2;\ c=-1\n\n\Delta=b^2-4ac\to\Delta=(-2)^2-4\cdot15\cdot(-1)=4+60=64\n\nx_1=(-b-\sqrt\Delta)/(2)a;\ x_2=(-b+\sqrt\Delta)/(2a)\n\n\sqrt\Delta=√(64)=8\n\nx_1=(2-8)/(2\cdot15)=(-6)/(30)=-(1)/(5);\ x_2=(2+8)/(2\cdot15)=(10)/(30)=(1)/(3)
15x^2 - 1 = 2x \n\n15x^2-2x - 1 = 0\n \na=15, \ \ b=-2 , \ \ c=-1 \n \n\Delta =b^2-4ac = (-2)^2 -4\cdot 15 \cdot (-1) = 4+60=64 \n \nx_(1)=(-b-√(\Delta) )/(2a)=(-(-2)-√(64))/(2\cdot 15 )=( 2-8)/(30)=(-6)/(30)=- (1)/(5)\n \nx_(2)=(-b+√(\Delta) )/(2a)=(-(-2)+√(64))/(2\cdot 15 )=( 2+8)/(30)=(10)/(30)= (1)/(3)