Graph

Problem 2401

assessment.peardeck.com Tube Math 2 Final Review Fall 2024 Fall 2024 Pear Assessment Pakas en las Rakas - Junior H BOOKMARK CHECK ANSWER
53 What is the absolute value function represented by the graph below? Give your answer in vertex form $(y=a|x-h|+k)$

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Problem 2402

The graph shows $g(x)$ , which is a translation of $f(x)=x^{2}$ . Write the function rule for $g(x)$ .
Write your answer in the form $\mathrm{a}(\mathrm{x}-\mathrm{h})^{2}+\mathrm{k}$ , where $\mathrm{a}, \mathrm{h}$ , and k are integers or simplified fractions. $g(x)=$

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Problem 2403

れ 5.2.3 Qulz: Polynomial Functions
Questlon 3 of 10 Which of the following is most likely to be a relative maximum for this graph? A. $(3,0)$ B. $(2,-4)$ C. $(-1,8)$ D. $(-2,0)$

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Problem 2404

Which point has coordinates $\left(-4,1 \frac{1}{2}\right)$ ?
U v w

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Problem 2405

Determine if triangle $B C D$ and triangle $E F G$ are or are not similar, and, if they are, state how you know. (Note that figures are NOT necessarily drawn to scale.)
Answer
The triangles $\square$ similar.

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Problem 2406

Write the equation of this circle in standard form. $\square$ $\square$ 2

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Problem 2407

Use interval notation to identify the domain and range of the following graph: Points: $(-10, 4), (-6, 4), (2, 4), (5, 0), (9, 0)$ Domain: $\qquad$ Range: $\qquad$

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Problem 2408

Draw $\Delta L M N$ with vertices $L(3,-1), M(8,-2)$ , and $N(6,2)$ . Find the coordinates of the vertices after a $90^{\circ}$ rotation about the origin and about each of the poil and $N$ .
What are the coordinates of the points after a $90^{\circ}$ rotation about the origin? $\mathrm{L}^{\prime}(1,3), \mathrm{M}^{\prime}(2,8), \mathrm{N}^{\prime}(-2,6)$ What are the coordinates of the points after a $90^{\circ}$ rotation about $L$ ? $\mathrm{L}^{\prime}(3,-1), \mathrm{M}^{\prime}(4,4), \mathrm{N}^{\prime}(0,2)$
What are the coordinates of the points after a $90^{\circ}$ rotation about $M$ ? $\mathrm{L}^{\prime}(7,-7), \mathrm{M}^{\prime}(8,-2), \mathrm{N}^{\prime}(4,-4)$ What are the coordinates of the points after a $90^{\circ}$ rotation about $N$ ? L' $\square$ , M' $\square$ , $\mathrm{N}^{\prime}$ $\square$

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Problem 2409

48. Draw a picture to illustrate the property of a parallelogram. a. Both pairs of opposite sides are parallel. b. Both pairs of opposite sides are congruent. c. Both pairs of opposite angles are congruent. d. Diagonals bisect each other. e. One pair of opposite sides are congruent and parallel.

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Problem 2410

Given: $A B C D$ is a parallelogram. Diagonals $\overline{\mathrm{AC}}, \overline{\mathrm{BD}}$ intersect at E . Prove: $\overline{\mathrm{AE}} \cong \overline{\mathrm{CE}}$ and $\overline{\mathrm{BE}} \cong \overline{\mathrm{DE}}$ Statements
1. ABCD is a parallelogram
2. $\overline{\mathrm{AB}} \| \overline{\mathrm{CD}}$
3. $\angle \mathrm{BAE}$ and $\angle \mathrm{DCE}$ are alt. interior angles
Reasons
1. given
2. def. of parallelogram
3. def. of alt. interior angles
CorrectIAssemble the next statement. Intro

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Problem 2411

The graph below shows the amount of money charged by two electricity providers per month, depending on the amount of electricity used. a) Alexander uses 240 kWh of electricity per month. Which provider would be cheaper for Alexander? b) Lawrence pays the same price for electricity whether he uses provider A or provider B. How much electricity does Lawrence use per month?

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Problem 2412

For the following graph, determine the amplitude. a) 4 b) 2 c) 6 d) 10

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Problem 2413

Translate a figure 1 unit right and 3 units down. Plot the new points of the translated figure.

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Problem 2414

Find the speed between points C (40 miles at 10 min) and D (unknown distance at 15 min) when distance at D is known.

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Problem 2415

Find a function $f(x)$ that passes through $(0,0),(1,-2),(2,0)$ from these options: $f(x)=2 x^{2}-4 x$ , $f(x)=-2 x^{2}$ , $f(x)=2 \sqrt{x}-4 x$ , $f(x)=-2 x$ .

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Problem 2416

Graph $g(x)=\sqrt{x}+5$ based on the graph of $f(x)=\sqrt{x}$ .

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Problem 2417

Graph the function $g(x)=|x|+2$ based on the graph of $f(x)=|x|$ .

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Problem 2418

Find $\delta$ so that if $0<|x-3|<\delta$ , then $|f(x)-2|<0.5$ for the function $f$ at points $(2.6,1.5)$ and $(3.8,2.5)$ .

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Problem 2419

Graph the cost equation $c = 10 + \frac{1}{4} m$ and estimate $c$ for $m = 36$ .

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Problem 2420

Find the snow depth, $d$ , on January 30 using the equation $d=-2t+64$ , where $t$ is days since Dec 31.

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Problem 2421

Find $\delta$ such that if $|x-4|<\delta$ , then $|\sqrt{x}-2|<0.4$ for $f(x)=\sqrt{x}$ .

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Problem 2422

Find $\delta$ so that if $|x-1|<\delta$ , then $|f(x)-1|<0.2$ using points (.7,1.2) and (1.1,.8).

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Problem 2423

Find $\delta$ so that if $0<|x-3|<\delta$ , then $|f(x)-2|<0.5$ using the graph of $f$ .

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Problem 2424

Use the graph of $f(x)$ to answer the questions.
State the $x$ -values at which $f(x)^{5}$ is discontinuous. Note : List all $x$ -values and separate multiple $\square$

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Problem 2425

What will happen to the equilibrium price and quantity if the demand curve shifts from D1 to D2 in the market described by the graph above?
Equilibrium Price Equilibrium Quantity A. Increase
Decrease B. Increase
Increase C. Not change
Increase D. Increase
Not change

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Problem 2426

Question Watch Video Show Examples
Arianna throws a ball up in the air. The graph below shows the height of the ball $h$ in meters after $t$ seconds. After how many seconds does the ball hit the ground?

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Problem 2427

Question Watch Video Show Examples
Ajay throws a ball up in the air. The graph below shows the height of the ball $h$ in meters after $t$ seconds. What is the ball's greatest height?

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Problem 2428

Select all of the options which are true of the perpendicular bisector of line AB . ``` It is a fixed distance from line AB It meets line AB at 90 It passes through A It meets line AB at 180 It passes through B It does not meet line AB ``` It passes through the midpoint of line AB

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Problem 2429

Question Id : 109899 9 of
Which inequality statements are represented by the number line graph? Choose two. $x>2$ $x \geq 2$ $x \leq 2$ $2 \leq x$ $2 \geq x$ $2<x$

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Problem 2430

Match each polynomial function to its graph. $\begin{array}{l} f(x)=x^{4}+15 x^{3}+81 x^{2}+185 x+150=(x+5)^{2}(x+3)(x+2) \\ g(x)=x^{2}+2 \end{array}$ $f(x)=x^{4}+15 x^{3}+81 x^{2}+185 x+150 \quad g(x)=x^{2}+2$

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Problem 2431

8. Sketch a graph where $f(4)$ does not exist but $\lim _{x \rightarrow 4} \quad f(x)$ does exist.

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Problem 2432

a) Ricava dal grafico la velocità di $A$ e di $B$ per $t=0 \mathrm{~s}$ . b) Ricava dal grafico la velocità di $A$ e di $B$ per $t=4,0$ s. c) Trova dopo quanto tempo la velocità di $A$ diventa metà di quella iniziale e poi uguale a zero. d) Determina in quale momento $A$ e $B$ hanno uguale velo cità. e) Calcola l'accelerazione di A e di B. [e) $-1,2 \mathrm{~m} / \mathrm{s}^{2} ; 0,80 \mathrm{~m} / \mathrm{s}$

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Problem 2433

Which of the following statements best describes the scatterplot pictured? I. A linear model appears to be a good fit. II. The variables are positively associated. III. The variables are negatively associated. A. I only B. II only C. III only D. I and II only E. II and III only

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Problem 2434

The graph shows the function $y=q^{*}$ a) Give the coordinates of the point of intersection of the curve with the $y$ -axis. b) Find the value of $q$ . $q=$ I 1 0 ) c) Work out the value of $y$ when $x=10$ $y=\square$

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Problem 2435

The graph of the function $f$ is given for $-3 \leq x \leq 6$ . Which of the following statements about the rate of change of $f$ over the interval $2<x<6$ is true? (A) The rate of change is positive (B) The rate of change is negative. (C) The rate of change is increasing (D) The rate of change is decreasing.

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Problem 2436

Find an equation for the line below. Continue

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Problem 2437

as an verierid prets reflection of point $A \mathrm{~ms}$ an ondered pair.
2. Use the graph to answer parts (a)-(k) as is corternd peit. as an endered patu. b. Reflect point $F$ across the $x$ -avis and label the reflection H. Write the coordinates of point $F$ as an ordered pair. *eninco mactice

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Problem 2438

Plot the point (3, -\frac{7 \pi}{4}).

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Problem 2439

Graph the linear equation $y=\frac{5}{3} x$ .

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Problem 2440

Graph the inequality $x \leq -1$ or $x > 2$ on a number line.

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Problem 2441

Given two figures, Figure 1 and Figure 2, where Figure 2 is a scaled copy of Figure 1:
a. Find points $P$ and $R$ in Figure 2 corresponding to $A$ and $C$ in Figure 1, with distance $P$ to $R$ as 6 units.
b. Find points $B$ and $D$ in Figure 1 corresponding to $Q$ and $S$ in Figure 2.
c. Calculate the scale factor from Figure 1 to Figure 2.
d. If distance between $G$ and $H$ in Figure 1 is 1 unit, find the distance between corresponding points in Figure 2. Distance between $A$ and $C$ in Figure 1 is 2 units.

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Problem 2442

Locating Fractions on a Number Line
Use the drop-down menus to label the points on the number line.
Point $A$ is at $\square$ Point $B$ is at $\square$ Point $C$ is at $\square$ Point $D$ is at $\square$
Intro

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Problem 2443

Complete the proof that $\triangle F G H \cong$ $\triangle F H G$ .

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Problem 2444

The box plot represents the number of minutes customers spend on hold when calling a company. Number of Minutes Spent on Hold
What is the upper quartile of the data? 3 5 6 8 Mark this and return Save and Exit Next Submit

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Problem 2445

Plot the point $(5,-1)$ and identify the quadrant.
Click on the graph to plot a point. Click a point to delete it.

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Problem 2446

Find the vector of stable probabilities for the Markov chain whose transition matrix is $\begin{array}{c} {\left[\begin{array}{ccc} 0.1 & 0.8 & 0.1 \\ 1 & 0 & 0 \\ 1 & 0 & 0 \end{array}\right]} \\ W= \end{array}$ $\square$ $\square$

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Problem 2447

The graph of $f^{\prime \prime}$ , the second derivative of the continuous function $f$ , is shown above on the interval $[0,9]$ . On this interval $f$ has only one critical point, which occurs at $x=6$ . Which of the following statements is true about the function $f$ on the interval $[0,9]$ ? (A) $f$ has a relative minimum at $x=6$ but not an absolute minimum. (B) The absolute minimum of $f$ is at $x=6$ .
C $f$ has a relative maximum at $x=6$ but not an absolute maximum. (D) The absolute maximum of $f$ is at $x=6$ .

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Problem 2448

$\text{Sketch the graph of } y = \log_5 x.$

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Problem 2449

Graph of $y=f(x)$ Consider the function $f(x)=-(2 x+16)(x-7)^{2}$ with restricted domain $(-9,9)$ which is graphed above and let $g(x)$ be defined as $g(x)=|f(x)|$ . a) Find the $x$ -coordinates of the local extrema of $f(x)$ in the open interval ( $-9,9)$ . Enter "none" (without the quotation marks) if there is none.
Local maximum at $x=7$ Local minimum at $x=-3$ b) Find the $x$ -coordinate(s) of any local extrema of $g(x)$ in the open interval $(-9,9)$ . If more than one, separate with semicolon(s) and if none then enter "none" (without the quotation marks). Local maximum at $x=-3$ Local minimum at $x=-8 ; 7$ c) Find the open interval(s) on which the graph of $y=g(x)$ is concave down. Enter your answer in interval notation such as ( $\mathrm{a}, \mathrm{b}$ ). If more than one interval, instead of using the union symbol, separate the intervals with a comma (i.e (a,b), (c,d)). Submit Assignment Quit \& Save Back Question Menu

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Problem 2450

Graph of $y=f(x)$ Consider the function $f(x)=-(2 x+10)(x-4)^{2}$ with restricted domain $(-6,6)$ which is graphed above and let $g(x)$ be defined as $g(x)=|f(x)|$ . a) Find the $x$ -coordinates of the local extrema of $f(x)$ in the open interval $(-6,6)$ . Enter "none" (without the quotation marks) if there is none.
Local maximum at $x=$ Number $\square$ Local minimum at $x=$ Number $\square$
Section Attempt 1 of 2

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Problem 2451

II. Given the triangles below, determine what additional piece of information is needed to prove $\triangle A B C \cong \triangle C E D$ by AAS? state and mark on diagram

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Problem 2452

Le diagramme ci-contre donne la répartition des 35 membres d'un club de tennis âgés au plus de 18 ans en fonction de leur âge. La barre du nombre d'adhérents de 17 ans a été effacée.
1. Combien d'adhérents ont 17 ans ?
2. Calculer la fréquence, sous forme décimale arrondie au centième, des adhérents qui ont 16 ans.

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Problem 2453

Grade 7 Math Unit 3 Assessment 24-25 Question 2 Pause Zoom Question Normal
The number of gallons of water in a tank, $y$ , over a period of $x$ hours is shown in the graph below.
What is the constant of proportionality in this situation? A. 5 gallons per hour

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Problem 2454

Which of the following explains how $\triangle A E B$ could be proven similar to $\triangle D E C$ using the $A A$ similarity postulate? $\angle A E B \cong \angle C E D$ because vertical angles are congruent; reflect $\triangle C E D$ across segment $F G$ , then translate point $D$ to point $A$ to confirm $\angle E A B \cong \angle E D C$ . $\angle A E B \approx \angle C E D$ because vertical angles are congruent; rotate $\triangle C E D 180^{\circ}$ around point $E$ , then dilate $\triangle C E D$ to confirm $\overline{E B} \approx \overline{E C}$ . $\angle A E B \cong \angle D E C$ because vertical angles are congruent; rotate $\triangle C E D 180^{\circ}$ around point $E$ , then translate point $D$ to point $A$ to confirm $\angle E A B=\angle E D C$ . $\angle A E B \cong \angle D E C$ because vertical angles are congruent; reflect $\triangle C E D$ across segment $F G$ , then dilate $\triangle C E D$ to confirm $\overline{E B} \approx \overline{E D}$

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Problem 2455

2 Multivie Firswer 1 point Find all the circuits of length 2 . Choose all that apply- $A, D A$ F, H,F $A, B, A$ A,H,A C,DC F,G,F $D, E, D$ $B, C, B$ None of the above. G,H,G $B, D, B$ A,E,A

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Problem 2456

Please express the following inequalities using interval notation symbols [] ( ): 2)
Interval Notation:

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Problem 2457

Graph the pairs for flour ( $f$ ) and sugar ( $s$ ) using $f = 3, 6, 9, 12$ . The ratio is $3f = 2s$ .

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Problem 2458

Mr. Sheridan drives 196 miles using 7 gallons.
a) Graph $g$ (gasoline) vs. $m$ (mileage). b) What does the slope indicate about car efficiency?

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Problem 2459

Graph the solution set and express it in interval notation for the inequality: $2 \leq 3b - 3 < 6$ .

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Problem 2460

Graph the inequality for the elevator's speed outside the range of 116 to 124 feet per minute: $x < 116$ or $x > 124$ .

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Problem 2461

Calculate the perimeter of parallelogram $ABCD$ with vertices $A(1,7)$ , $B(5,4)$ , $C(0,-5)$ , and $D(-4,-2)$ .

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Problem 2462

Graph the solution to the inequality $-2 < 2x + 6 < 20$ on a number line.

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Problem 2463

Graph the solution to the inequality: $5x - 17 > 8$ or $-4x - 2 \leq 6$ .

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Problem 2464

EXN.1.SL.TZO.8 [9 marks] The following diagram shows the graph of $y=-2+\sqrt{x-3}$ for $x \geq 3$ . (a) Describe a sequence of transformations that transforms the graph of $y=\sqrt{x}$ for $x \geq 0$ to the graph of $y=-2+\sqrt{x-3}$ for $x \geq 3$ . [3 marks]
A function $f$ is defined by $f(x)=-2+\sqrt{x-3}$ for $x \geq 3$ . (b) State the range of $f$ . [1 marks] (c) Find an expression for $f^{-1}(x)$ , stating its domain. [5 marks]

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Problem 2465

The box plots show the grades in Calculus from 2 cities.
Final Grades AP Caclulus 2011-2021
Edmonton a. Which city had a larger Interquartile Range (IQR)? b. What was the maximum score Edmonton? c. What was the maximum scor Calgary? d. $50 \%$ of scores for both cities under the number... e. $25 \%$ of scores for both citie under the number...

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Problem 2466

Examine the following graph of a line. (c) 2017 FlipSwitch. Created using GeoGebra.
Which equation, in point-slope form, correctly represents

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Problem 2467

Write the equation of this line in slope-intercept form.
Write your answer using integers, proper fractions, and improper fractions in simplest form.

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Problem 2468

Someone has plotted this scatter graph and you are marking their work.
Write down all of the things on the list that would improve their graph.
List of possible improvements Draw lines between the points Add units to the axis labels Make the horizontal axis go up to 40 Make the vertical axis go up to 400 Make all the points different colours

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Problem 2469

At Sunrise Mountain Resort, skiers and snowboarders use a chairlift to get to the top of a hill. The graph shows the relationship between the number of full chairs, $c$ , that arrive at the top of the hill and the total number of people transported, $p$ .

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Problem 2470

rx 5 18) $\Delta$ (8)

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Problem 2471

Select the correct answer from eacn arop-uvwirimitu.
There are seven lines of reflection across which the regular polygon $A B C D E F G$ can reflect to map onto itself. One of them is a of

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Problem 2472

Graph the line with slope $2/5$ and $y$ -intercept -5.

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Problem 2473

Graph the line with slope $\frac{2}{5}$ and $y$ -intercept -5.

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Problem 2474

Graph the line with a $y$ -intercept of -7 and a slope of $-\frac{1}{3}$ .

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Problem 2475

Graph the line with slope -3 and y-intercept -2.

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Problem 2476

Graph the line with y-intercept 1 and slope 4.

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Problem 2477

Graph the line with a $y$ -intercept of -3 and a slope of $\frac{1}{4}$ .

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Problem 2478

Graph the line with slope $-\frac{3}{4}$ and $y$ -intercept at -2.

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Problem 2479

Solve the equation $9 - x = 2x - 3$ and match the solution to the correct description.

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Problem 2480

Graph the equation $y=3x+5$ and find the graph that matches $y=11$ . Solve the equation $3x+5=11$ .

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Problem 2481

Select the graph for $y=3 x+5$ and $y=11$ . Solve $3 x+5=11$ to find $x=\square$ .

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Problem 2482

Graph the line with a y-intercept of -8 and a slope of 8.

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Problem 2483

Graph the function $f(x)=\frac{1}{9} x^{2}$ and find its domain and range.

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Problem 2484

Graph the function $f(x)=\frac{1}{9} x^{2}$ and find its domain and range. Choose from A, B, C, or D.

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Problem 2485

5. Design a G-L flip-flop that behaves as follows: If $\mathrm{G}=0$ , the flip-flop does not change its output state. If $G=1$ , the next output state is equal to $L$ . a. Derive the characteristic equation of the G-L flip-flop. b. Convert J-K flip-flop to G-L flip-flop.

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Problem 2486

Graph the equation $y=-2|x-1|+6$ and find the $x$ - and $y$ -intercepts. Choose the correct graph.

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1 ...22 23 24 25

Graph

Problem 2401

assessment.peardeck.com Tube Math 2 Final Review Fall 2024 Fall 2024 Pear Assessment Pakas en las Rakas - Junior H BOOKMARK CHECK ANSWER53 What is the absolute value function represented by the graph below? Give your answer in vertex form (y=a∣x−h∣+k)(y=a|x-h|+k)(y=a∣x−h∣+k)

Problem 2402

Problem 2403

れ 5.2.3 Qulz: Polynomial FunctionsQuestlon 3 of 10 Which of the following is most likely to be a relative maximum for this graph? A. (3,0)(3,0)(3,0) B. (2,−4)(2,-4)(2,−4) C. (−1,8)(-1,8)(−1,8) D. (−2,0)(-2,0)(−2,0)

Problem 2404

Which point has coordinates (−4,112)\left(-4,1 \frac{1}{2}\right)(−4,121​) ?U v w

Problem 2405

Determine if triangle BCDB C DBCD and triangle EFGE F GEFG are or are not similar, and, if they are, state how you know. (Note that figures are NOT necessarily drawn to scale.)AnswerThe triangles □\square□ similar.

Problem 2406

Write the equation of this circle in standard form. □\square□ □\square□ 2

Problem 2407

Use interval notation to identify the domain and range of the following graph: Points: (−10,4),(−6,4),(2,4),(5,0),(9,0)(-10, 4), (-6, 4), (2, 4), (5, 0), (9, 0)(−10,4),(−6,4),(2,4),(5,0),(9,0) Domain: \qquad Range: \qquad

Problem 2408

Problem 2409

48. Draw a picture to illustrate the property of a parallelogram. a. Both pairs of opposite sides are parallel. b. Both pairs of opposite sides are congruent. c. Both pairs of opposite angles are congruent. d. Diagonals bisect each other. e. One pair of opposite sides are congruent and parallel.

Problem 2410

Problem 2411

Problem 2412

For the following graph, determine the amplitude. a) 4 b) 2 c) 6 d) 10

Problem 2413

Translate a figure 1 unit right and 3 units down. Plot the new points of the translated figure.

Problem 2414

Find the speed between points C (40 miles at 10 min) and D (unknown distance at 15 min) when distance at D is known.

Problem 2415

Find a function f(x)f(x)f(x) that passes through (0,0),(1,−2),(2,0)(0,0),(1,-2),(2,0)(0,0),(1,−2),(2,0) from these options: f(x)=2x2−4xf(x)=2 x^{2}-4 xf(x)=2x2−4x, f(x)=−2x2f(x)=-2 x^{2}f(x)=−2x2, f(x)=2x−4xf(x)=2 \sqrt{x}-4 xf(x)=2x​−4x, f(x)=−2xf(x)=-2 xf(x)=−2x.

Problem 2416

Graph g(x)=x+5g(x)=\sqrt{x}+5g(x)=x​+5 based on the graph of f(x)=xf(x)=\sqrt{x}f(x)=x​.

Problem 2417

Graph the function g(x)=∣x∣+2g(x)=|x|+2g(x)=∣x∣+2 based on the graph of f(x)=∣x∣f(x)=|x|f(x)=∣x∣.

Problem 2418

Find δ\deltaδ so that if 0<∣x−3∣<δ0<|x-3|<\delta0<∣x−3∣<δ, then ∣f(x)−2∣<0.5|f(x)-2|<0.5∣f(x)−2∣<0.5 for the function fff at points (2.6,1.5)(2.6,1.5)(2.6,1.5) and (3.8,2.5)(3.8,2.5)(3.8,2.5).

Problem 2419

Graph the cost equation c=10+14mc = 10 + \frac{1}{4} mc=10+41​m and estimate ccc for m=36m = 36m=36.

Problem 2420

Find the snow depth, ddd, on January 30 using the equation d=−2t+64d=-2t+64d=−2t+64, where ttt is days since Dec 31.

Problem 2421

Find δ\deltaδ such that if ∣x−4∣<δ|x-4|<\delta∣x−4∣<δ, then ∣x−2∣<0.4|\sqrt{x}-2|<0.4∣x​−2∣<0.4 for f(x)=xf(x)=\sqrt{x}f(x)=x​.

Problem 2422

Find δ\deltaδ so that if ∣x−1∣<δ|x-1|<\delta∣x−1∣<δ, then ∣f(x)−1∣<0.2|f(x)-1|<0.2∣f(x)−1∣<0.2 using points (.7,1.2) and (1.1,.8).

Problem 2423

Find δ\deltaδ so that if 0<∣x−3∣<δ0<|x-3|<\delta0<∣x−3∣<δ, then ∣f(x)−2∣<0.5|f(x)-2|<0.5∣f(x)−2∣<0.5 using the graph of fff.

Problem 2424

Use the graph of f(x)f(x)f(x) to answer the questions.State the xxx-values at which f(x)5f(x)^{5}f(x)5 is discontinuous. Note : List all xxx-values and separate multiple □\square□

Problem 2425

What will happen to the equilibrium price and quantity if the demand curve shifts from D1 to D2 in the market described by the graph above?Equilibrium Price Equilibrium Quantity A. IncreaseDecrease B. IncreaseIncrease C. Not changeIncrease D. IncreaseNot change

Problem 2426

Question Watch Video Show ExamplesArianna throws a ball up in the air. The graph below shows the height of the ball hhh in meters after ttt seconds. After how many seconds does the ball hit the ground?

Problem 2427

Question Watch Video Show ExamplesAjay throws a ball up in the air. The graph below shows the height of the ball hhh in meters after ttt seconds. What is the ball's greatest height?

Problem 2428

Select all of the options which are true of the perpendicular bisector of line AB . ``` It is a fixed distance from line AB It meets line AB at 90 It passes through A It meets line AB at 180 It passes through B It does not meet line AB ``` It passes through the midpoint of line AB

Problem 2429

Question Id : 109899 9 ofWhich inequality statements are represented by the number line graph? Choose two. x>2x>2x>2 x≥2x \geq 2x≥2 x≤2x \leq 2x≤2 2≤x2 \leq x2≤x 2≥x2 \geq x2≥x 2<x2<x2<x

Problem 2430

Problem 2431

8. Sketch a graph where f(4)f(4)f(4) does not exist but lim⁡x→4f(x)\lim _{x \rightarrow 4} \quad f(x)limx→4​f(x) does exist.

Problem 2432

Problem 2433

Which of the following statements best describes the scatterplot pictured? I. A linear model appears to be a good fit. II. The variables are positively associated. III. The variables are negatively associated. A. I only B. II only C. III only D. I and II only E. II and III only

Problem 2434

The graph shows the function y=q∗y=q^{*}y=q∗ a) Give the coordinates of the point of intersection of the curve with the yyy-axis. b) Find the value of qqq. q=q=q= I 1 0 ) c) Work out the value of yyy when x=10x=10x=10 y=□y=\squarey=□

Problem 2435

Problem 2436

Find an equation for the line below. Continue

Problem 2437

Problem 2438

Plot the point (3, -\frac{7 \pi}{4}).

Problem 2439

Graph the linear equation y=53xy=\frac{5}{3} xy=35​x.

Problem 2440

Graph the inequality x≤−1x \leq -1x≤−1 or x>2x > 2x>2 on a number line.

Problem 2441

Problem 2442

Locating Fractions on a Number LineUse the drop-down menus to label the points on the number line.Point AAA is at □\square□ Point BBB is at □\square□ Point CCC is at □\square□ Point DDD is at □\square□Intro

Problem 2443

Complete the proof that △FGH≅\triangle F G H \cong△FGH≅ △FHG\triangle F H G△FHG.

Problem 2444

The box plot represents the number of minutes customers spend on hold when calling a company. Number of Minutes Spent on HoldWhat is the upper quartile of the data? 3 5 6 8 Mark this and return Save and Exit Next Submit

assessment.peardeck.com Tube Math 2 Final Review Fall 2024 Fall 2024 Pear Assessment Pakas en las Rakas - Junior H BOOKMARK CHECK ANSWER
53 What is the absolute value function represented by the graph below? Give your answer in vertex form $(y=a|x-h|+k)$

れ 5.2.3 Qulz: Polynomial Functions
Questlon 3 of 10 Which of the following is most likely to be a relative maximum for this graph? A. $(3,0)$ B. $(2,-4)$ C. $(-1,8)$ D. $(-2,0)$

Which point has coordinates $\left(-4,1 \frac{1}{2}\right)$ ?
U v w

Determine if triangle $B C D$ and triangle $E F G$ are or are not similar, and, if they are, state how you know. (Note that figures are NOT necessarily drawn to scale.)
Answer
The triangles $\square$ similar.

Write the equation of this circle in standard form. $\square$ $\square$ 2

Use interval notation to identify the domain and range of the following graph: Points: $(-10, 4), (-6, 4), (2, 4), (5, 0), (9, 0)$ Domain: $\qquad$ Range: $\qquad$

Find a function $f(x)$ that passes through $(0,0),(1,-2),(2,0)$ from these options: $f(x)=2 x^{2}-4 x$ , $f(x)=-2 x^{2}$ , $f(x)=2 \sqrt{x}-4 x$ , $f(x)=-2 x$ .

Graph $g(x)=\sqrt{x}+5$ based on the graph of $f(x)=\sqrt{x}$ .

Graph the function $g(x)=|x|+2$ based on the graph of $f(x)=|x|$ .

Find $\delta$ so that if $0<|x-3|<\delta$ , then $|f(x)-2|<0.5$ for the function $f$ at points $(2.6,1.5)$ and $(3.8,2.5)$ .

Graph the cost equation $c = 10 + \frac{1}{4} m$ and estimate $c$ for $m = 36$ .

Find the snow depth, $d$ , on January 30 using the equation $d=-2t+64$ , where $t$ is days since Dec 31.

Find $\delta$ such that if $|x-4|<\delta$ , then $|\sqrt{x}-2|<0.4$ for $f(x)=\sqrt{x}$ .

Find $\delta$ so that if $|x-1|<\delta$ , then $|f(x)-1|<0.2$ using points (.7,1.2) and (1.1,.8).

Find $\delta$ so that if $0<|x-3|<\delta$ , then $|f(x)-2|<0.5$ using the graph of $f$ .

Use the graph of $f(x)$ to answer the questions.
State the $x$ -values at which $f(x)^{5}$ is discontinuous. Note : List all $x$ -values and separate multiple $\square$

What will happen to the equilibrium price and quantity if the demand curve shifts from D1 to D2 in the market described by the graph above?
Equilibrium Price Equilibrium Quantity A. Increase
Decrease B. Increase
Increase C. Not change
Increase D. Increase
Not change

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Arianna throws a ball up in the air. The graph below shows the height of the ball $h$ in meters after $t$ seconds. After how many seconds does the ball hit the ground?

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Ajay throws a ball up in the air. The graph below shows the height of the ball $h$ in meters after $t$ seconds. What is the ball's greatest height?

Question Id : 109899 9 of
Which inequality statements are represented by the number line graph? Choose two. $x>2$ $x \geq 2$ $x \leq 2$ $2 \leq x$ $2 \geq x$ $2<x$

8. Sketch a graph where $f(4)$ does not exist but $\lim _{x \rightarrow 4} \quad f(x)$ does exist.

The graph shows the function $y=q^{*}$ a) Give the coordinates of the point of intersection of the curve with the $y$ -axis. b) Find the value of $q$ . $q=$ I 1 0 ) c) Work out the value of $y$ when $x=10$ $y=\square$

Graph the linear equation $y=\frac{5}{3} x$ .

Graph the inequality $x \leq -1$ or $x > 2$ on a number line.

Locating Fractions on a Number Line
Use the drop-down menus to label the points on the number line.
Point $A$ is at $\square$ Point $B$ is at $\square$ Point $C$ is at $\square$ Point $D$ is at $\square$
Intro

Complete the proof that $\triangle F G H \cong$ $\triangle F H G$ .

The box plot represents the number of minutes customers spend on hold when calling a company. Number of Minutes Spent on Hold
What is the upper quartile of the data? 3 5 6 8 Mark this and return Save and Exit Next Submit

Plot the point $(5,-1)$ and identify the quadrant.
Click on the graph to plot a point. Click a point to delete it.

$\text{Sketch the graph of } y = \log_5 x.$

II. Given the triangles below, determine what additional piece of information is needed to prove $\triangle A B C \cong \triangle C E D$ by AAS? state and mark on diagram

Grade 7 Math Unit 3 Assessment 24-25 Question 2 Pause Zoom Question Normal
The number of gallons of water in a tank, $y$ , over a period of $x$ hours is shown in the graph below.
What is the constant of proportionality in this situation? A. 5 gallons per hour

2 Multivie Firswer 1 point Find all the circuits of length 2 . Choose all that apply- $A, D A$ F, H,F $A, B, A$ A,H,A C,DC F,G,F $D, E, D$ $B, C, B$ None of the above. G,H,G $B, D, B$ A,E,A

Please express the following inequalities using interval notation symbols [] ( ): 2)
Interval Notation:

Graph the pairs for flour ( $f$ ) and sugar ( $s$ ) using $f = 3, 6, 9, 12$ . The ratio is $3f = 2s$ .

Mr. Sheridan drives 196 miles using 7 gallons.
a) Graph $g$ (gasoline) vs. $m$ (mileage). b) What does the slope indicate about car efficiency?

Graph the solution set and express it in interval notation for the inequality: $2 \leq 3b - 3 < 6$ .

Graph the inequality for the elevator's speed outside the range of 116 to 124 feet per minute: $x < 116$ or $x > 124$ .

Calculate the perimeter of parallelogram $ABCD$ with vertices $A(1,7)$ , $B(5,4)$ , $C(0,-5)$ , and $D(-4,-2)$ .

Graph the solution to the inequality $-2 < 2x + 6 < 20$ on a number line.

Graph the solution to the inequality: $5x - 17 > 8$ or $-4x - 2 \leq 6$ .

Examine the following graph of a line. (c) 2017 FlipSwitch. Created using GeoGebra.
Which equation, in point-slope form, correctly represents

Write the equation of this line in slope-intercept form.
Write your answer using integers, proper fractions, and improper fractions in simplest form.

At Sunrise Mountain Resort, skiers and snowboarders use a chairlift to get to the top of a hill. The graph shows the relationship between the number of full chairs, $c$ , that arrive at the top of the hill and the total number of people transported, $p$ .

rx 5 18) $\Delta$ (8)

Select the correct answer from eacn arop-uvwirimitu.
There are seven lines of reflection across which the regular polygon $A B C D E F G$ can reflect to map onto itself. One of them is a of

Graph the line with slope $2/5$ and $y$ -intercept -5.

Graph the line with slope $\frac{2}{5}$ and $y$ -intercept -5.

Graph the line with a $y$ -intercept of -7 and a slope of $-\frac{1}{3}$ .