Graph

Problem 2301

The graph below is the function $f(x)$
Find $\lim_{x \to 4^-} f(x)$
Find $\lim_{x \to 4^+} f(x)$
Find $\lim_{x \to 4} f(x)$ Enter an integer or decimal number [more..]

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Problem 2302

The graph of $f$ is shown below. Evaluate each integral by interpreting it in terms of areas.
1. $\int_{-1}^{2} f(x) \, dx =$ -pi/2
2. $\int_{2}^{4} f(x) \, dx =$
3. $\int_{-1}^{7} f(x) \, dx =$

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Problem 2303

Use the graph of $f(x)$ to evaluate the following:
The average rate of change of $f$ from $x=1$ to $x=4$ is $\square$ Give your answer as an integer or reduced fraction. Question Help: Video

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Problem 2304

الحالة الاولى تمثيل المتباينة الخطية من متغير واحد فى المستوى الديكارتى

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Problem 2305

Which graph shows $y=2 x-\frac{1}{2}$ ?

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Problem 2306

Find the distance between points A and B . 3 3.61 13 4.58

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Problem 2307

Lejuan fit a linear function to some data. He then plotted the residuals in the graph on the right.
Is the linear function a good fit for this data?
Explain your answer using what you've learned about residuals. The linear function is a good fit for the data. The linear function is not a good fit for the data.

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Problem 2308

Refer to the graph. Pay attention to the scale of the graph.
Which set of coordinates models the image of the triangle after a translation along $<2,-9>?$ A) $M^{\prime}(-5,16), N^{\prime}(-2,13), P^{\prime}(0,15)$ B) $M^{\prime}(-1,-2), N^{\prime}(2,-5), P^{\prime}(4,-3)$ C) $M^{\prime}(-5,-2), N^{\prime}(-2,-5), P^{\prime}(0,-3)$ D) $M^{\prime}(-1,16), N^{\prime}(2,13), P^{\prime}(4,15)$

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Problem 2309

e polynomial function $f(x)$ is graphed below. Fill in the form below regarding the features of this graph.
Answer Attempt 3 out of 3
The degree of $f(x)$ is $\square$ minimums. and the leading coefficient is . There are $\square$ distinct real zeros and $\square$ rela Submit Answer

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Problem 2310

Identify the intercepts. This question: 1 point(s) possible Submit test
Select the correct choice below and, if necessary, fill in the answer box to complate your choice. A. $x$ -intercept(s) $=$ $\square$ (Type an ordered pair. Use a comma to separate answers as needed.) B. There is no $x$ -intercept.
Select the correct choice below and, if necessary, fill in the answer box to complete your choice. A. $y$ -intercept(s) $=$ $\square$ (Type an ordered pair. Use a comma to separate answers as needed.) B. There is no $y$ -intercept.

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Problem 2311

What are the features of the function $f(x)=2^{x}-6$ graphed below?
Answer Attempt 1 out of 2

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Problem 2312

ber of years since 2018. Postcards: $p(x)=150+64 x$ Stickers: $s(x)=3(x+4)^{2}+200$ exponential function $t(x)$ shown on the coordinate grid $w$ represents the number of t -shirt sales Brayton has made $x$ s after 2018.
Which/function represents the number of $t$ -shift sales Brastion has made $x$ years after 2018?
A $t_{0}(x)=140(0.71)^{x}$
B $\quad t(x)=100(1.4)^{x}$
C $t(x)=100(0.4)^{x}$
D $\quad t(x)=140(2)^{x}$

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Problem 2313

Use the circle graph to answer the question. A library classifies its DVDs into one of the categories shown. The library owns 1924 DVDs. DVD Categories
Determine the number of romance DVDs.
The number of DVDs is $\square$ (Round to the nearest whole number as needed.)

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Problem 2314

Identify the point of concurrency. Circumcenter Incenter Orthocenter Centroid

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Problem 2315

26 Write the equation of the line graphed below in slope-intercept form. (A) $y^{-2 x}$ $(\mathrm{B}) y=2 x+2$ $(b) y=2$

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Problem 2316

Identify the point of concurrency. Orthocenter Circumcenter Centroid Incenter

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Problem 2317

What is the maximum or minimum? REQUIRED
The $\square$ of the function is Select... $\square$ at the point Select... $\square$ .

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Problem 2318

Graph the equation $y=-3x+2$ .

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Problem 2319

Graph the line given by the equation $y=-1$ on the coordinate plane.

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Problem 2320

Plot the inequality $x < 0$ on the number line with the correct dot type before submitting your answer.

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Problem 2321

Find the inverse of the function $f(x)=-x^{2}$ and express it as $f^{-1}(x)=$ .

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Problem 2322

Determine the least-squares line and correlation coefficient for points $(-2,6),(2,1),(6,-3)$ . Plot the data and line.

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Problem 2323

Sketch the graph of $f(x)=-|x-2|+2$ . Find the max/min value to place your first point. Identify the zeros and $\mathrm{x}$ -intercepts.

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Problem 2324

In how many years after 2014 will the average price of new cars reach \$ 43,850 if prices rise by \$ 1,250/year?

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Problem 2325

In how many years after 2014 will the average price of a new car reach \$ 43,850 if it increases by \$ 1,250 per year?

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Problem 2326

Graph the real numbers on a number line for the set $\{x \mid -1 < x \leq 1\}$ . Select the correct graph.

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Problem 2327

A box-and-whisker plot shows ticket sales: min 100, max 900, median 400, Q1 300, Q3 600. What can we conclude?

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Problem 2328

What inequality does this number line show?
Write your answer starting with x (for example, $\mathrm{x}<3$ ). $\square$

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Problem 2329

Geometry, Measurement, Data Analysis Finding a percentage of a total amount in a circle graph Brylie Español
The circle graph shows how the annual budget for a company is divided by department. If the total annual budget is $\$ 7,500,000$ , what amount is budgeted for Sales? \ $1.$ \square$

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Problem 2330

Consider the graph shown in the figure, which gives the velocity of an object moving along a line. Assume time is measured in hours and distance is measured in miles. The areas of three regions bounded by the velocity curve and the $t$ -axis are also given. Complete parts (a) through (e). a. On what intervals is the object moving in the positive direction?
Select the correct choice and, if necessary, fill in the answer box to complete your choice. A. The object is moving in the positive direction on the interval(s) $\square$ 1. (Type your answer in interval notation. Use a comma to separate answers as needed.) B. The object is never moving in the positive direction.

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Problem 2331

What is the distance between point $P$ and point $Q$ ?
7 units
Distance is always positive or 0 . Absolute value is always positive or 0 . You can use absolute value to write an expression for the distance.
Which expression represents the distance between point $P$ and point $Q$ ? $|4|-|2| \quad[|-3|+|2|$ $|4|-|3|$ $|4|+|-3|$

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Problem 2332

\text{أنشئ المستقبيس من نقطة سطح } D \text{ ويكون المضلع } ABCD \text{ متساوي المسافات}

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Problem 2333

Select all of the scatter plots that have an $r$ -value of -0.8.

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Problem 2334

The graph of either a cubic or quartic polynomial $f(x)$ with leading coefficient $\pm 1$ and integer zeros is shown. Write the complete factored form of $f(x)$ . A. $f(x)=(x-4)(x+1)(x+3)$ B. $f(x)=(x+4)(x-1)(x-3)$ C. $f(x)=-(x+4)(x-1)(x-3)$ D. $f(x)=2(x-4)(x+1)(x+3)$

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Problem 2335

Answer Attempt 1 out of 2
Original Slope: $\square$ undefined
Parallel Slope: $\square$ undefined Submit Answer

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Problem 2336

5 Select all the angles of rotation that produce symmetry lor this graph. A. $45^{\circ}$ B. $90^{\circ}$ C. $135^{\circ}$ D. $180^{\circ}$ E. $295^{\circ}$ F. $277^{\circ}$

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Problem 2337

4.

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Problem 2338

2.
Slope: y-intercept:

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Problem 2339

POSSIBLE POINTS: 2.78
Mai built a model racecar to race for a school competition. $m(t)$ gives Mai's car's distance after $t$ seconds.
Use the graph to determine the missing value in each function statement. $\begin{array}{l} m(6 \\ m(10)=12 \\ m(15)=12 \end{array}$ $m(22)=22$ $\square$ $m(28 \quad=46$ 1 2 3 4 5 6 7 Next

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Problem 2340

What is the slope of this line?
Simplify your answer and write it as a proper fraction, improper fraction, or integer. $\square$

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Problem 2341

Identify the graph as a translation of a basic function, and write the formula for the graph.
Basic function: $y=$ $\square$ Formula for the graph: $y=$ $\square$

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Problem 2342

35) What is the line of reflection for the diagram below? A) the $x$ -axis B) the $y$ -axis C) $y=4$ D) $x=4$ E) $y=-x$

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Problem 2343

Question Use the graph of the function to find its domain and range. Write the domain and range in interval notation.
Note: Use "D" to include endpoints (closed), "()" to exclude them (open), and combine them "[)" or "( ]" when needed in interval notation.

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Problem 2344

A box and whisker plot for the age of MST 1102 students is provided below. Use the diagram to answer the following four questions.
The data points represented by the dots shown in the chart are known as - $\qquad$

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Problem 2345

4 Multiple Choice 0.25 points Which compound inequality does the graph represent? $-\frac{3}{5} x-7>10$ and $x \geq 4$ $-\frac{3}{5} x+7<10$ and $-x \geq-4$ $\frac{3}{5} x+7>10$ and $x \leq 4$ $\frac{3}{5} x-7<10$ and $-x \leq 4$

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Problem 2346

A boxplot of 40 blenders shows costs: min \$11, Q1 \$18, median \$22, Q3 \$28, max \$46. With \$28, how many can you buy? Choices: 10, 25, 30, 40.

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Problem 2347

Graph the inequality $7x - y \geq 14$ using a graphing tool.

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Problem 2348

Graph the solution for the inequalities: $x - y \geq 5$ and $x + y \leq 8$ using a graphing tool.

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Problem 2349

Find the percentage of 30 batteries (13 lasting > 42 hours). Round to 2 decimal places.

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Problem 2350

Graph the inequality $y < -\frac{6}{7} x$ using a graphing tool.

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Problem 2351

Graph the inequality $y < -\frac{6}{7} x$ .

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Problem 2352

Find the percentage of foreign-born U.S. population in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Is it over/underestimated? Also, when will it reach $17\%$ ?

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Problem 2353

Find the percentage of the U.S. population that was foreign-born in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Is it over or under the graph value?

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Problem 2354

Find the foreign-born percentage, P, in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Does it overestimate or underestimate?

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Problem 2355

Graph a function that is continuous but not differentiable at $x=3$ .

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Problem 2356

Graph the solution for the inequality $|w| > 2$ on a number line.

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Problem 2357

Graph the solution for the inequality $|u| \leq 4$ on a number line.

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Problem 2358

Graph the solution for the inequality $|u-2|<4$ on a number line.

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Problem 2359

Graph the solution of the inequality $|3w - 3| < 9$ on a number line.

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Problem 2360

Question 25 (1 point) 33 $x y$ is the relevant budget line and $I_{1}, I_{2}$ , and $I_{3}$ are indifference curves. If the consumer is initially at point $L$ , they should:
strive for point $N$ by obtaining a larger money income. purchase more of $X$ and less of $Y$ . purchase more of $Y$ and less of $X$ . remain at that point to maximize utility.

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Problem 2361

The function graphed above is decreasing on the interval $\square$ $<x<$ $\square$

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Problem 2362

Question 10 10 pts
The complex roots of the graph above are $x \pm y i$ .
What is the value of $x$ ? $\square$ 2 $\square$ What is the value of $y$ ?

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Problem 2363

The graph shows speed $v$ as a function of time $t$ for a 0.20 kg object traveling along a straight, horizontal track. The change in the kinetic energy of the object over the time interval shown in the graph is most nearly

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Problem 2364

Descriptive Statistics Finding a percentage of a total amount in a circle graph 3/5
The circle graph shows how the annual budget for a company is divided by department. If the total annual budget is $\$ 10,000,000$ , what amount is budgeted for Research? \\square\square$

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Problem 2365

(20 20 علامة)
الأوؤال الرابع: 1- بين هل المخطط التّالي مترابط بقوة أم لا:
2- اذكر ترتيب معالجة البيانات لو تصت المعالجة بالطريقة الوسطية:

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Problem 2366

The histogram shows the number of miles that each adult, from a survey of 67 adults, drives per week. How many adults drive fewer than 200 miles per week?
There are $\square$ adults who drive fewer than 200 miles per week.

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Problem 2367

Below is the graph of $y=e^{x}$ . Transform it to make the graph of $y=-e^{x}-6$ . Give the domain and range of $y=-e^{x}-6$ using interval notation.
Domain: $\square$
Range: $\square$ $\infty$ $-\infty$

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Problem 2368

Below is a graph of a normal distribution with mean $\mu=4$ and standard deviation $\sigma=2$ . The shaded region represents the probability of obtaining a value from this distribution that is between 2 and 5.
Shade the corresponding region under the standard normal curve below.

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Problem 2369

B) Graph the inequality. $3 x-2 y<18$

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Problem 2370

Sketch the polar point (-6, -25π/12).

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Problem 2371

Graph the quadrilateral with points $S(-5,3)$ , $T(7,-2)$ , $U(7,-6)$ , and $V(-5,-6)$ , then calculate its perimeter.

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Problem 2372

Analyze the function $H(x)=\frac{4x-12}{9-x^{2}}$ . Find its domain and asymptotes.

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Problem 2373

Analyze the function $R(x)=\frac{x^{2}}{x^{2}+x-42}$ for vertical and horizontal asymptotes. What are they?

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Problem 2374

Analyze the function $R(x)=\frac{11 x+11}{5 x+10}$ . Find its domain, vertical asymptote, and horizontal asymptote.

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Problem 2375

4. A paper airplane is thrown from the top of a building. The graph shows the relationship between the time, in seconds, after the paper airplane is thrown ( $x$ ) and the height of the paper airplane above the ground.
What does the $x$ -intercept of the graph indicate? (a) The height from which the airplane is thrown. (b) The speed at which the airplane is traveling. (c) The maximum height that the airplane reaches. (d) The number of seconds the airplane is in the air.

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Problem 2376

Д13.1. Докажите, что можно так занумеровать вершины связного неориентированного графа на $n$ вершинах числами от 1 до $n$ , что для каждого $1 \leqslant k \leqslant n$ связен подграф, индуцированный множеством вершин с номерами от 1 до $k$ . Множество $S$ вершин графа $G=(V, E)$ индуцирует подграф с множеством вершин $S$ , рёбрами которого являются все рёбра из $E$ с обоими концами в $S$ .

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Problem 2377

5. La grafica muestra el volumen de agua en un lavabo $x$ minutos después de que se abre el grifo. Halla e interpreta la pendiente de la recta.
Agua en el lavabo
La pendiente de la recta es $\square$ y representa la cantidad de tiempo que corrió agua. el volumen de agua. la velocidad a la que corre el agua.

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Problem 2378

¿Cuál es una ecuación de la relación lineal en la forma pendiente-intercepto? $y=\square x-\square$

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Problem 2379

ations
Two graphs are shown below. The $f(x)$ graph is the original graph. Complete the statements below to describe the relationship between the functions $\mathrm{f}(\mathrm{x})$ and $g(x)$ .
The graph of $\mathrm{g}(\mathrm{x})$ is a [ Select ] of the graph of $f(x)$ . Since $f(x)$ ends at $(2,6)$ and $g(x)$ ends at $(4,6)$ we can see that the [ Select ] have been multiplied by [ Select ] We might also notice that $\mathrm{f}(-1)=$ [ Select ] which

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Problem 2380

Find the slope of the line below.
Note: Enter negatives when necessary with no space between the negative sign and the number. If your answer is a fraction, enter your answer as a reduced improper fraction. Ex. $1 / 3$ for $\frac{2}{6}$ $\mathrm{m}=$ $\square$ type your answer...

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Problem 2381

3. Look at $\triangle S T U$ on this coordinate grid.
Suppose that $\triangle S^{\prime} T^{\prime} U^{\prime}$ is the result of a dilation of $\triangle S T U$ with center $T$ and scale factor 2 . What are the coordinates of point S?
A $(4,2)$ B. $(0,-3)$ c. $(3,4)$
D $(6,9)$

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Problem 2382

Determine if the statement "A circuit along a graph is not a path" makes sense. Choose A, B, C, or D and explain.

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Problem 2383

Emma and Kevin are building a gazebo with a polygon base. Find the lumber length and floorboard area needed. Points: A(0,16), B(-15,8), C(-15,-9), D(0,-18), E(15,-9), F(15,8).

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Problem 2384

Find values of $A$ and $B$ for best scales when plotting: a) Height vs Mass b) Mass vs Height

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Problem 2385

Create a pie chart showing the following data: Congestive heart failure 20%, Coronary atherosclerosis 20%, Heart attack 20%, Infant birth 20%, Pneumonia 20%.

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Problem 2386

Find the total length of painter's tape needed for walls $ABCD$ with $A(-5,-1)$ , $B(6,3)$ , $C(6,-5)$ , $D(-5,-5)$ .

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Problem 2387

Consider the following graph of the second derivative, $f^{\prime \prime}(x)$ , for some function $f(x)$ a) Which of the following statements are correct (select all that are)? $f(x)$ is concave upwards on an open interval containing $x=-2$ $f(x)$ is concave upwards on an open interval containing $x=4$ b) Which of the following statements are correct (select all that are)? If a local extreme occurs in $(2,5)$ then it must be a local minimum. If a local extreme occurs in $(4,5)$ then it must be a local minimum.

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Problem 2388

Which of the following could be the graph of $f(x)=-a(x+b)^{1 / 2}$ if both $a$ and $b$ are positive numbers? A. B.

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Problem 2389

Graph of $f$
The graph of the function $f$ , shown above, has a vertical tangent at $x=-2$ and horizontal tangents at $x=-3$ and $x=-1$ . Which of the following statements is false? A) $f$ is not differentiable at $x=-2$ because the graph of $f$ has a vertical tangent at $x=-2$ . (B) $f$ is not differentiable at $x=0$ and $x=2.5$ because $f$ is not continuous at $x=0$ and $x=2.5$ .
C $f$ is not differentiable at $x=1.5$ and $x=4$ because the graph of $f$ has sharp corners at $x=1.5$ and $x=4$ . (D) $f$ is not differentiable at $x=-3$ and $x=-1$ because the graph of $f$ has horizontal tangents at $x=-3$ and $x=-1$ .

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Problem 2390

Which system of linear inequalities is graphed? $\left\{\begin{array}{c}x<-2 \\ y \leq-x-1\end{array}\right.$ $\left\{\begin{array}{c}x<-3 \\ y \leq-x-1\end{array}\right.$ $\left\{\begin{array}{c}x<-3 \\ y \leq-f ⿹ 勹+1\end{array}\right.$ $\left\{\begin{array}{c}x \leq-3 \\ y \leq-x-3\end{array}\right.$ 1 2 3

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Problem 2391

Determine wnetner the grapn represents a runction. Yes, this graph represents a function. No, this graph does not represent a function.

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Problem 2392

Question Watch Video Show Examples
Which of the following statements must be true based on the diagram below? Select all that apply. (Diagram is not to scale.)
Answer Attempt 3 out of 3 $\overline{O Q}$ is a segment bisector. $\overline{O Q}$ is an angle bisector. $Q$ is the vertex of a pair of congruent angles in the diagram. $O$ is the midpoint of a segment in the diagram. $Q$ is the midpoint of a segment in the diagram. None of the above.

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Problem 2393

How many passes are expected to be executed to sort the maximum value using bubble sort algorithm in an array with $\mathrm{n}>1$ where n is the number of elements? 3 1 5 2 4 0

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Problem 2394

Graph the 4 vertices of the quadrilateral. Determine the best name for the quadrilateral and justify your choice. $M(0,2), A(1,-1), T(5,1), H(4,4)$
Quadrilateral MATH is best described as a fa rallologram because buth $\qquad$

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Problem 2395

9) *(I know this is linear - it's assessing transformations)
Part A The linear function $f(x)$ is graphed on the coordinate grid. Graph the linear function $g(x)=f(x)+3$ .

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Problem 2396

What is the graph of $f(x)=\frac{1}{4}(8)^{x}$ after reflecting it across the $y$ -axis and then the $x$ -axis?

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Problem 2397

Select the graph of $f(x)=-2$ and compare it with its parent function $f(x)=0$ .

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Problem 2398

What is the slope of this line?
Simplify your answer and write it as a proper fraction, improper fraction, or integer. $\square$

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Problem 2399

Write the coordinates of the vertices after a translation 2 units left. $K^{\prime}(\square, \square)$

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Problem 2400

4. $\begin{array}{l} m \angle P= \\ m \angle Q= \\ m \angle R= \end{array}$

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1 ...21 22 23 24 25

Graph

Problem 2301

The graph below is the function f(x)f(x)f(x)Find lim⁡x→4−f(x)\lim_{x \to 4^-} f(x)limx→4−​f(x)Find lim⁡x→4+f(x)\lim_{x \to 4^+} f(x)limx→4+​f(x)Find lim⁡x→4f(x)\lim_{x \to 4} f(x)limx→4​f(x) Enter an integer or decimal number [more..]

Problem 2302

The graph of fff is shown below. Evaluate each integral by interpreting it in terms of areas.1. ∫−12f(x) dx=\int_{-1}^{2} f(x) \, dx = ∫−12​f(x)dx= -pi/22. ∫24f(x) dx=\int_{2}^{4} f(x) \, dx = ∫24​f(x)dx=3. ∫−17f(x) dx=\int_{-1}^{7} f(x) \, dx = ∫−17​f(x)dx=

Problem 2303

Use the graph of f(x)f(x)f(x) to evaluate the following:The average rate of change of fff from x=1x=1x=1 to x=4x=4x=4 is □\square□ Give your answer as an integer or reduced fraction. Question Help: Video

Problem 2304

الحالة الاولى تمثيل المتباينة الخطية من متغير واحد فى المستوى الديكارتى

Problem 2305

Which graph shows y=2x−12y=2 x-\frac{1}{2}y=2x−21​ ?

Problem 2306

Find the distance between points A and B . 3 3.61 13 4.58

Problem 2307

Problem 2308

Problem 2309

Problem 2310

Problem 2311

What are the features of the function f(x)=2x−6f(x)=2^{x}-6f(x)=2x−6 graphed below?Answer Attempt 1 out of 2

Problem 2312

Problem 2313

Use the circle graph to answer the question. A library classifies its DVDs into one of the categories shown. The library owns 1924 DVDs. DVD CategoriesDetermine the number of romance DVDs.The number of DVDs is □\square□ (Round to the nearest whole number as needed.)

Problem 2314

Identify the point of concurrency. Circumcenter Incenter Orthocenter Centroid

Problem 2315

26 Write the equation of the line graphed below in slope-intercept form. (A) y−2xy^{-2 x}y−2x (B)y=2x+2(\mathrm{B}) y=2 x+2(B)y=2x+2 (b)y=2(b) y=2(b)y=2

Problem 2316

Identify the point of concurrency. Orthocenter Circumcenter Centroid Incenter

Problem 2317

What is the maximum or minimum? REQUIREDThe □\square□ of the function is Select... □\square□ at the point Select... □\square□ .

Problem 2318

Graph the equation y=−3x+2y=-3x+2y=−3x+2.

Problem 2319

Graph the line given by the equation y=−1y=-1y=−1 on the coordinate plane.

Problem 2320

Plot the inequality x<0x < 0x<0 on the number line with the correct dot type before submitting your answer.

Problem 2321

Find the inverse of the function f(x)=−x2f(x)=-x^{2}f(x)=−x2 and express it as f−1(x)=f^{-1}(x)=f−1(x)=.

Problem 2322

Determine the least-squares line and correlation coefficient for points (−2,6),(2,1),(6,−3)(-2,6),(2,1),(6,-3)(−2,6),(2,1),(6,−3). Plot the data and line.

Problem 2323

Sketch the graph of f(x)=−∣x−2∣+2f(x)=-|x-2|+2f(x)=−∣x−2∣+2. Find the max/min value to place your first point. Identify the zeros and x\mathrm{x}x-intercepts.

Problem 2324

In how many years after 2014 will the average price of new cars reach \$ 43,850 if prices rise by \$ 1,250/year?

Problem 2325

In how many years after 2014 will the average price of a new car reach \$ 43,850 if it increases by \$ 1,250 per year?

Problem 2326

Graph the real numbers on a number line for the set {x∣−1<x≤1}\{x \mid -1 < x \leq 1\}{x∣−1<x≤1}. Select the correct graph.

Problem 2327

A box-and-whisker plot shows ticket sales: min 100, max 900, median 400, Q1 300, Q3 600. What can we conclude?

Problem 2328

What inequality does this number line show?Write your answer starting with x (for example, x<3\mathrm{x}<3x<3 ). □\square□

Problem 2329

Problem 2330

Problem 2331

Problem 2332

\text{أنشئ المستقبيس من نقطة سطح } D \text{ ويكون المضلع } ABCD \text{ متساوي المسافات}

Problem 2333

Select all of the scatter plots that have an rrr-value of -0.8.

Problem 2334

Problem 2335

Answer Attempt 1 out of 2Original Slope: □\square□ undefinedParallel Slope: □\square□ undefined Submit Answer

Problem 2336

5 Select all the angles of rotation that produce symmetry lor this graph. A. 45∘45^{\circ}45∘ B. 90∘90^{\circ}90∘ C. 135∘135^{\circ}135∘ D. 180∘180^{\circ}180∘ E. 295∘295^{\circ}295∘ F. 277∘277^{\circ}277∘

Problem 2337

4.

Problem 2338

2.Slope: y-intercept:

Problem 2339

Problem 2340

What is the slope of this line?Simplify your answer and write it as a proper fraction, improper fraction, or integer. □\square□

Problem 2341

Identify the graph as a translation of a basic function, and write the formula for the graph.Basic function: y=y=y= □\square□ Formula for the graph: y=y=y= □\square□

Problem 2342

35) What is the line of reflection for the diagram below? A) the xxx-axis B) the yyy-axis C) y=4y=4y=4 D) x=4x=4x=4 E) y=−xy=-xy=−x

Problem 2343

Question Use the graph of the function to find its domain and range. Write the domain and range in interval notation.Note: Use "D" to include endpoints (closed), "()" to exclude them (open), and combine them "[)" or "( ]" when needed in interval notation.

Problem 2344

A box and whisker plot for the age of MST 1102 students is provided below. Use the diagram to answer the following four questions.The data points represented by the dots shown in the chart are known as - \qquad

Problem 2345

The graph below is the function $f(x)$
Find $\lim_{x \to 4^-} f(x)$
Find $\lim_{x \to 4^+} f(x)$
Find $\lim_{x \to 4} f(x)$ Enter an integer or decimal number [more..]

The graph of $f$ is shown below. Evaluate each integral by interpreting it in terms of areas.
1. $\int_{-1}^{2} f(x) \, dx =$ -pi/2
2. $\int_{2}^{4} f(x) \, dx =$
3. $\int_{-1}^{7} f(x) \, dx =$

Use the graph of $f(x)$ to evaluate the following:
The average rate of change of $f$ from $x=1$ to $x=4$ is $\square$ Give your answer as an integer or reduced fraction. Question Help: Video

Which graph shows $y=2 x-\frac{1}{2}$ ?

What are the features of the function $f(x)=2^{x}-6$ graphed below?
Answer Attempt 1 out of 2

Use the circle graph to answer the question. A library classifies its DVDs into one of the categories shown. The library owns 1924 DVDs. DVD Categories
Determine the number of romance DVDs.
The number of DVDs is $\square$ (Round to the nearest whole number as needed.)

26 Write the equation of the line graphed below in slope-intercept form. (A) $y^{-2 x}$ $(\mathrm{B}) y=2 x+2$ $(b) y=2$

What is the maximum or minimum? REQUIRED
The $\square$ of the function is Select... $\square$ at the point Select... $\square$ .

Graph the equation $y=-3x+2$ .

Graph the line given by the equation $y=-1$ on the coordinate plane.

Plot the inequality $x < 0$ on the number line with the correct dot type before submitting your answer.

Find the inverse of the function $f(x)=-x^{2}$ and express it as $f^{-1}(x)=$ .

Determine the least-squares line and correlation coefficient for points $(-2,6),(2,1),(6,-3)$ . Plot the data and line.

Sketch the graph of $f(x)=-|x-2|+2$ . Find the max/min value to place your first point. Identify the zeros and $\mathrm{x}$ -intercepts.

Graph the real numbers on a number line for the set $\{x \mid -1 < x \leq 1\}$ . Select the correct graph.

What inequality does this number line show?
Write your answer starting with x (for example, $\mathrm{x}<3$ ). $\square$

Select all of the scatter plots that have an $r$ -value of -0.8.

Answer Attempt 1 out of 2
Original Slope: $\square$ undefined
Parallel Slope: $\square$ undefined Submit Answer

5 Select all the angles of rotation that produce symmetry lor this graph. A. $45^{\circ}$ B. $90^{\circ}$ C. $135^{\circ}$ D. $180^{\circ}$ E. $295^{\circ}$ F. $277^{\circ}$

2.
Slope: y-intercept:

What is the slope of this line?
Simplify your answer and write it as a proper fraction, improper fraction, or integer. $\square$

Identify the graph as a translation of a basic function, and write the formula for the graph.
Basic function: $y=$ $\square$ Formula for the graph: $y=$ $\square$

35) What is the line of reflection for the diagram below? A) the $x$ -axis B) the $y$ -axis C) $y=4$ D) $x=4$ E) $y=-x$

Question Use the graph of the function to find its domain and range. Write the domain and range in interval notation.
Note: Use "D" to include endpoints (closed), "()" to exclude them (open), and combine them "[)" or "( ]" when needed in interval notation.

A box and whisker plot for the age of MST 1102 students is provided below. Use the diagram to answer the following four questions.
The data points represented by the dots shown in the chart are known as - $\qquad$

Graph the inequality $7x - y \geq 14$ using a graphing tool.

Graph the solution for the inequalities: $x - y \geq 5$ and $x + y \leq 8$ using a graphing tool.

Graph the inequality $y < -\frac{6}{7} x$ using a graphing tool.

Graph the inequality $y < -\frac{6}{7} x$ .

Find the percentage of foreign-born U.S. population in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Is it over/underestimated? Also, when will it reach $17\%$ ?

Find the percentage of the U.S. population that was foreign-born in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Is it over or under the graph value?

Find the foreign-born percentage, P, in 1990 using $P=0.0021 x^{2}-0.286 x+16.28$ . Does it overestimate or underestimate?

Graph a function that is continuous but not differentiable at $x=3$ .

Graph the solution for the inequality $|w| > 2$ on a number line.

Graph the solution for the inequality $|u| \leq 4$ on a number line.

Graph the solution for the inequality $|u-2|<4$ on a number line.

Graph the solution of the inequality $|3w - 3| < 9$ on a number line.

The function graphed above is decreasing on the interval $\square$ $<x<$ $\square$

Question 10 10 pts
The complex roots of the graph above are $x \pm y i$ .
What is the value of $x$ ? $\square$ 2 $\square$ What is the value of $y$ ?

The graph shows speed $v$ as a function of time $t$ for a 0.20 kg object traveling along a straight, horizontal track. The change in the kinetic energy of the object over the time interval shown in the graph is most nearly

Descriptive Statistics Finding a percentage of a total amount in a circle graph 3/5
The circle graph shows how the annual budget for a company is divided by department. If the total annual budget is $\$ 10,000,000$ , what amount is budgeted for Research? \\square\square$

(20 20 علامة)
الأوؤال الرابع: 1- بين هل المخطط التّالي مترابط بقوة أم لا:
2- اذكر ترتيب معالجة البيانات لو تصت المعالجة بالطريقة الوسطية:

The histogram shows the number of miles that each adult, from a survey of 67 adults, drives per week. How many adults drive fewer than 200 miles per week?
There are $\square$ adults who drive fewer than 200 miles per week.

Below is the graph of $y=e^{x}$ . Transform it to make the graph of $y=-e^{x}-6$ . Give the domain and range of $y=-e^{x}-6$ using interval notation.
Domain: $\square$
Range: $\square$ $\infty$ $-\infty$

Below is a graph of a normal distribution with mean $\mu=4$ and standard deviation $\sigma=2$ . The shaded region represents the probability of obtaining a value from this distribution that is between 2 and 5.
Shade the corresponding region under the standard normal curve below.

B) Graph the inequality. $3 x-2 y<18$

Graph the quadrilateral with points $S(-5,3)$ , $T(7,-2)$ , $U(7,-6)$ , and $V(-5,-6)$ , then calculate its perimeter.

Analyze the function $H(x)=\frac{4x-12}{9-x^{2}}$ . Find its domain and asymptotes.

Analyze the function $R(x)=\frac{x^{2}}{x^{2}+x-42}$ for vertical and horizontal asymptotes. What are they?

Analyze the function $R(x)=\frac{11 x+11}{5 x+10}$ . Find its domain, vertical asymptote, and horizontal asymptote.