What are the roots of the polynomial equation? –3, –2, 3 –3, 2 18, 32 18, 32, 66

The first statement is false, The second statement is true , The third statement is false , The fourth statement is false , The fifth statement is true.

The first statement is false. If overhead is underapplied, it means that the actual overhead incurred exceeds the overhead applied to jobs, resulting in a higher cost of goods sold reported.

The second statement is true. Overapplied overhead refers to the situation where the overhead applied to jobs using the predetermined overhead rate is greater than the actual overhead incurred.

The third statement is false. Under- or overapplied factory overhead is not always closed entirely to Cost of Goods Sold. It can be allocated or adjusted based on the accounting policies of the company.

The fourth statement is false. Direct materials and direct labor costs are typically debited to the respective accounts and not to the Factory Overhead account in a job costing system.

The fifth statement is true. A time ticket is a source document used by employees to report the amount of direct and indirect labor performed for a job. It helps determine the allocation of direct labor to the job and indirect labor to the factory overhead.

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The expression α − β represents the difference between the two zeroes of the quadratic polynomial f(x).

To evaluate α − β, we need to find the values of α and β. In a quadratic polynomial of form ax^2 + bx + c, the zeroes (or roots) α and β can be found using the quadratic formula: x = (-b ± √(b^2 - 4ac)) / (2a).

Given that the quadratic polynomial is f(x) = ax^2 + bx + c, the zeroes α and β satisfy the equation f(α) = 0 and f(β) = 0.

Substituting α and β into the polynomial, we get:

f(α) = aα^2 + bα + c = 0,

f(β) = aβ^2 + bβ + c = 0.

We can rearrange these equations to isolate the term involving the difference α − β:

f(α) - f(β) = a(α^2 - β^2) + b(α - β) = 0.

Factoring out (α - β) from the equation, we have:

(α - β)(a(α + β) + b) = 0.

Since we know that f(x) = ax^2 + bx + c, the sum of the zeroes α + β is given by:

α + β = -b/a.

Substituting this value into the previous equation, we have:

(α - β)(-b + b) = 0,

(α - β)(0) = 0.

Therefore, α - β = 0.

The final answer is α - β = 0, indicating that the difference between the zeroes of the quadratic polynomial is zero, implying that the zeroes are equal.

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The system of equations has an answer of x = 255/13 and y = -9/13.

1/3x - 2/3y = 7 to solve the system of equations.

2/3x + 3y = 11

We can employ a number of techniques, like substitution or removal.

Let's use elimination to solve the system in this case.

We can multiply both equations by the denominators' least common multiple (LCM), which in this case is 3 to eliminate the fractions.

By doing so, we may eliminate the fractions and make the equations simpler.

The result of multiplying the first equation by 3 is:

[tex]3\times (1/3x - 2/3y) = 3 \times 7[/tex]

This simplifies to:

x - 2y = 21

Multiplying the second equation by 3 gives us:

[tex]3 \times (2/3x + 3y) = 3 \times 11[/tex]

This simplifies to:

2x + 9y = 33

Now we have the system of equations:

x - 2y = 21

2x + 9y = 33

To eliminate x, we can multiply the first equation by 2 and the second equation by -1, which gives us:

[tex]2(x - 2y) = 2 \times 21[/tex]

[tex]-1(2x + 9y) = -1 \times 33[/tex]

That amounts to:

2x - 4y = 42 -2x - 9y = -33

The two equations are combined to remove x:

(2x - 4y) + (-2x - 9y) = 42 + (-33)

When we simplify the equation, we get:

-13y = 9

We discover y = -9/13 after solving for it.

Now that we know what y is worth, we can add it back into one of the initial equations to find x.

Let's employ the first equation:

1/3x - 2/3(-9/13) = 7

When we simplify the equation, we get:

1/3x + 6/13 = 7

6/13 from both sides are subtracted, giving us:

1/3x = 7 - 6/13

In order to find a common factor, we have:

1/3x = 91/13 - 6/13

Putting the two together gets us:

1/3x = 85/13

The result of multiplying both sides by 3 is x = 255/13.

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Answer:

1/12

Step-by-step explanation:

The probability of rolling a two is

P(2) = number of twos/ total

        =1/6

The probability of landing on tails

P(tails) = tails/total

             =1/2

P(2, tails) = P(2)  *  P(tails)  since they are independent events

               = 1/6 * 1/2

                 =1/12

The statement " If the dataset does not meet the independence condition for the ANOVA model, a transformation might improve the situation." is true because a transformation might help improve independence in the dataset for the ANOVA model.

In statistical hypothesis testing, ANOVA (Analysis of Variance) is a widely used method to compare the means of three or more groups. One of the assumptions of ANOVA is that the data within each group should be independent of each other. If this assumption is violated, it can lead to biased results or incorrect conclusions.

In such cases, a transformation of the data might help meet the independence condition. A common transformation is the Box-Cox transformation, which can help stabilize the variance of the data and make it more normal.

Thus, the given statement is true.

However, it's important to note that a transformation is not always the best solution, and it's essential to check the assumptions thoroughly before performing any statistical analysis.

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The integral in spherical coordinates is:

∫π 0 ∫π/4 0 ∫√(2-r^2)cos(φ) −√(2-r^2)cos(φ) ρ^2 sin(φ) dρ dφ dθ.

To rewrite the given integral in spherical coordinates, we first need to express the integrand in terms of spherical coordinates. We have:

z = ρ cos(φ)

r = ρ sin(φ) cos(θ)

x^2 + y^2 = ρ^2 sin^2(φ) = ρ^2 - z^2

Solving for ρ, we get:

ρ^2 = x^2 + y^2 + z^2 = r^2 + z^2

ρ = √(r^2 + z^2)

Substituting these expressions, we get:

∫2π 0 ∫√2 1 ∫√2−r^2 −√2−r^2 r dz dr dθ

= ∫π 0 ∫π/4 0 ∫√(2-r^2)cos(φ) −√(2-r^2)cos(φ) ρ^2 sin(φ) dρ dφ dθ

So the integral in spherical coordinates is:

∫π 0 ∫π/4 0 ∫√(2-r^2)cos(φ) −√(2-r^2)cos(φ) ρ^2 sin(φ) dρ dφ dθ.

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Step-by-step explanation:

50x 9 = 450.

She needs 437. She would have 450 if she saved 50 a month for 9 months. So yup, she would have enough!

To find the horizontal asymptote(s) for the given function, we need to examine the behavior of the function as x approaches positive or negative infinity.

Let's denote the given function as f(x). We are given f(x) = 5x^2 / (6x - 8).

To find the horizontal asymptote(s), we can take the limit of the function as x approaches positive or negative infinity.

As x approaches positive infinity (x → +∞):

Taking the limit of f(x) as x approaches positive infinity:

lim(x → +∞) (5x^2) / (6x - 8)

To determine the horizontal asymptote, we can divide the leading terms of the numerator and denominator by the highest power of x, which in this case is x^2:

lim(x → +∞) (5x^2/x^2) / (6x/x^2 - 8/x^2)

lim(x → +∞) 5 / (6 - 8/x^2)

As x approaches infinity, 1/x^2 approaches 0, so we have:

lim(x → +∞) 5 / (6 - 0)

lim(x → +∞) 5 / 6

Therefore, as x approaches positive infinity, the function f(x) approaches the horizontal asymptote y = 5/6.

As x approaches negative infinity (x → -∞):

Taking the limit of f(x) as x approaches negative infinity:

lim(x → -∞) (5x^2) / (6x - 8)

Again, let's divide the leading terms of the numerator and denominator by x^2:

lim(x → -∞) (5x^2/x^2) / (6x/x^2 - 8/x^2)

lim(x → -∞) 5 / (6 - 8/x^2)

As x approaches negative infinity, 1/x^2 also approaches 0:

lim(x → -∞) 5 / (6 - 0)

lim(x → -∞) 5 / 6

Therefore, as x approaches negative infinity, the function f(x) also approaches the horizontal asymptote y = 5/6.

In conclusion, the given function has a horizontal asymptote at y = 5/6 as x approaches positive or negative infinity

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Melissa will have deposited approximately $1,286,100 by year 30.

To determine how much Melissa will have deposited by year 30, we need to apply the formula for the future value of an annuity. The formula is:FV = P * ((1 + r) ^ n - 1) / rwhere:FV is the future value of the annuityP is the periodic paymentr is the interest raten is the number of periodsIn this case, the periodic payment is $7,500 per year, the interest rate is 6%, and the number of periods is 30. So, we can plug in the values:FV = 7500 * ((1 + 0.06) ^ 30 - 1) / 0.06Simplifying the equation:FV = 7500 * ((1.06) ^ 30 - 1) / 0.06FV = 7500 * (10.2868 - 1) / 0.06FV = 7500 * 171.4467FV = 1,286,100Therefore, Melissa will have deposited approximately $1,286,100 by year 30.

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The shortest possible route to solve the TSP for 5 cities using this distance matrix is A -> D -> C -> E -> B -> A, with a total distance of 240.

To solve the TSP for 5 cities using this distance matrix, we need to find the shortest possible route that visits each city exactly once and returns to the starting city.
The distance matrix provides us with the distance between each pair of cities. We can use this information to create a graph where each city is a node, and the distance between two cities is the weight of the edge connecting them.
Using this graph, we can apply a TSP algorithm to find the shortest route. One popular algorithm is the Held-Karp algorithm, which uses dynamic programming to find the optimal solution.
In this case, the optimal solution is: A -> D -> C -> E -> B -> A, with a total distance of 240.

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The population after 11 years will be  56,181.

The rate of increase of the population would be represented with an exponential equation.

An exponential equation can be described as an equation with exponents. The exponent is usually a variable.

The general form of exponential equation is f(x) = [tex]e^{x}[/tex]

Where:

Population after t years = [tex]p(1 + r)^{t}[/tex]

Where:

= [tex]32,000(1 + 0.0525)^{11}[/tex]

= [tex]32,000(1.0525)^{11}[/tex]

= 56,181

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The smaller the value of k in the moving averages method and the larger the value of α in the exponential smoothing method, the better the forecasting accuracy.

This is because a smaller k value places more weight on recent data points, while a larger α value places more weight on the most recent data points.

This allows for a better prediction of future trends and patterns in the data. However, it is important to note that finding the optimal values for these parameters may require some trial and error and may vary depending on the specific dataset being analyzed.

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Rewriting the integral f (x,y,z) dz dy dx as an iterated integral, the integral is - ∫(from -1 to 1) ∫(from 0 to 1-y) ∫(from x^2 to 1-z) f(x, y, z) dy dz dx.

To rewrite the integral f(x, y, z) dz dy dx as an iterated integral in the order dx dy dz and dy dz dx, with given limits, follow these steps:

For dx dy dz:

1. Identify the limits for x: -1 to 1

2. Determine the limits for y: x^2 to 1 (from the given limits)

3. Determine the limits for z: 0 to 1-y (from the given limits)

Therefore, ∫(from -1 to 1) ∫(from x^2 to 1) ∫(from 0 to 1-y) f(x, y, z) dx dy dz

For dy dz dx:

1. Identify the limits for x: -1 to 1

2. Determine the limits for z: 0 to 1-y (from the given limits)

3. Determine the limits for y, keeping in mind that y goes from x^2 to 1:
  - For z, solve 1-y = z, which gives y = 1-z
  - So, y goes from x^2 to 1-z

Therefore, ∫(from -1 to 1) ∫(from 0 to 1-y) ∫(from x^2 to 1-z) f(x, y, z) dy dz dx

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The solution is given by the point of intersection of the two lines which is (-1/4, 3/4).

To find the point of intersection of two lines, we need to determine the equations of the lines and then solve them simultaneously.

Finding the equation of the first line passing through the points (-1, 3) and (0, 0).

The slope of the line (m1) can be calculated using the formula:

m1 = (y2 - y1) / (x2 - x1)

Substituting the values (-1, 3) and (0, 0):

m1 = (0 - 3) / (0 - (-1))

= -3 / 1

= -3

Using the point-slope form of the line equation:

y - y1 = m1(x - x1)

Substituting the values (-1, 3):

y - 3 = -3(x - (-1))

y - 3 = -3(x + 1)

y - 3 = -3x - 3

y = -3x

So, the equation of the first line is y = -3x.

Similarly, second line,

The slope of the line (m2) is:

m2 = (2 - 0) / (1 - (-1))

= 2 / 2

= 1

Using the point-slope form with the values (-1, 0):

y - 0 = 1(x - (-1))

y = x + 1

So, the equation of the second line is y = x + 1.

Equating the equations of the lines to find the point of intersection and hence the solution,

-3x = x + 1

0 = 4x + 1

-1 = 4x

x = -1/4

Put x = -1/4 in 2nd equation,

y = x + 1

y = (-1/4) + 1

y = 3/4

Therefore, the point of intersection of the two lines is (-1/4, 3/4).

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If m is a nonzero integer, then m^(1/m) is not always greater than 1.

The statement is false.

To determine if m^(1/m) is greater than 1, we can consider different values of m. For positive values of m, such as m = 2, m^(1/m) = 2^(1/2) = √2, which is approximately 1.414 and greater than 1.

However, if we consider negative values of m, such as m = -2, m^(1/m) = (-2)^(1/(-2)) = (-2)^(-1/2), which is equal to 1/√(-2). Since the square root of a negative number is not defined in the real number system, the value of m^(1/m) is not defined for negative values of m.

Therefore, the statement that m^(1/m) is always greater than 1 for nonzero integers m is false.

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It is not possible to accurately estimate the probability that a person will call when you're thinking of them as it is a subjective experience that cannot be quantified. However, we can consider some general factors that may affect the probability:

Likelihood of thinking of the person: This is highly dependent on individual circumstances and varies greatly between people. Some factors that may increase the likelihood include how close you are to the person, how often you interact with them, and recent events or memories involving them.

Likelihood of the person calling: This also depends on individual circumstances and varies based on factors such as the person's availability, their likelihood of initiating communication, and external factors that may prompt them to call.

Assuming both events are independent, we can estimate the combined probability as the product of the individual probabilities:

P(thinking of a person) * P(person calls)

However, since we cannot accurately estimate these probabilities, any calculated value would be purely speculative.

If the combined events were to occur once, it would not necessarily provide compelling evidence that the event was not merely a chance occurrence. However, if it happened multiple times in a day, the probability of it being a chance occurrence would decrease significantly, and it may be reasonable to suspect that there is some underlying factor influencing the events. However, it is still important to consider that coincidences do happen, and it is possible for unrelated events to occur together multiple times.

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There would be a total of 28 handshakes between the 3 latecomers and the initial group of 5 members.

To calculate the number of combinations, we use the formula:

C(n, r) = n! / (r!(n-r)!)

where "n" represents the total number of items (in this case, people), and "r" represents the number of items to be chosen (in this case, 2 for a handshake).

Let's apply this formula to our scenario. We have 3 latecomers and 5 initial members. We want to select 2 people to form a handshake. Plugging these values into the combination formula, we get:

C(8, 2) = 8! / (2!(8-2)!)

= 8! / (2!6!)

To simplify the calculation, let's break down the factorial terms:

8! = 8 * 7 * 6 * 5 * 4 * 3 * 2 * 1

2! = 2 * 1

6! = 6 * 5 * 4 * 3 * 2 * 1

Now we can substitute these factorial terms back into the combination formula:

C(8, 2) = (8 * 7 * 6 * 5 * 4 * 3 * 2 * 1) / [(2 * 1) * (6 * 5 * 4 * 3 * 2 * 1)]

Simplifying further:

C(8, 2) = (8 * 7) / (2 * 1)

= 56 / 2

= 28

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The area of the rectangle formed by connecting the points A(-4, -1), B(6, -1), C(6, 4), and D(-4, 4) is 50 square units.

Calculate the length of the rectangle by finding the difference between the x-coordinates of points A and B (6 - (-4) = 10 units).

Calculate the width of the rectangle by finding the difference between the y-coordinates of points A and D (4 - (-1) = 5 units).

Calculate the area of the rectangle by multiplying the length and width: Area = length * width = 10 * 5 = 50 square units.

Therefore, the area of the rectangle formed by the points A(-4, -1), B(6, -1), C(6, 4), and D(-4, 4) is 50 square units. So, the correct answer is B. 50 square units.

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Answer:

x = 3

Step-by-step explanation:

2(x+4) + 2 = 5x + 1

2x + 8 + 2 = 5x + 1

2x + 10 = 5x + 1

-3x + 10 = 1

-3x = -9

x = 3

To solve for x, we need to simplify the equation and isolate the variable. Let's proceed with the given equation:

2(x + 4) + 2 = 5x + 1

First, distribute the 2 to the terms inside the parentheses:

2x + 8 + 2 = 5x + 1

Combine like terms on the left side:

2x + 10 = 5x + 1

Next, let's move all terms containing x to one side of the equation and the constant terms to the other side. We can do this by subtracting 2x from both sides:

2x - 2x + 10 = 5x - 2x + 1

Simplifying further:

10 = 3x + 1

To isolate the x term, subtract 1 from both sides:

10 - 1 = 3x + 1 - 1

9 = 3x

Finally, divide both sides of the equation by 3 to solve for x:

9/3 = 3x/3

3 = ×

Therefore, the solution to the equation is x = 3.

The emission of an alpha particle, positron, or electron through the radioactive decay of a nucleus always leads to a change in the atomic number of the atom. Therefore, the correct answer is: All of the above.

Alpha particles are composed of two protons and two neutrons, so when an alpha particle is emitted from a nucleus, the atomic number decreases by two.

Positrons are antiparticles of electrons, and their emission from a nucleus leads to a decrease in the number of protons and an increase in the number of neutrons, resulting in a change in the atomic number.

Electron emission, also known as beta-minus decay, occurs when a neutron in the nucleus of an atom decays into a proton, an electron, and an antineutrino. The electron is then emitted from the nucleus, and the atomic number of the atom increases by one, while the mass number remains the same.

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1. The probability is approximately 0.1823.

2. The probability that the 12 exams are not all from the same section is 0.6756

1. The probability that exactly 5 of the 12 exams are from Section B is:

P(X = 5) = (12 choose 5) * 0.6 × 0.6⁴ * (1 - 0.6)⁷

= 0.1823

2.  The probability that all 12 exams are from the same section is:

P(all from A) + P(all from B) = (20/50)¹² + (30/50)¹²

≈ 0.0132 + 0.3112

≈ 0.3244

Therefore, the probability that the 12 exams are not all from the same section is:

P(not all from same section) = 1 - P(all from same section)

≈ 1 - 0.3244

≈ 0.6756

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The drive-thru is able to estimate their wait time more consistently will be Fast Chicken, because it has a smaller IQR.

In descriptive statistics, the interquartile range tells you the spread of the middle half of the distribution. Quartiles segment any distribution that’s ordered from low to high into four equal parts. The interquartile range (IQR) contains the second and third quartiles, or the middle half of the data set.

The correct option here is Fast Chicken, because it has a smaller IQR (Interquartile Range). IQR is the difference between the third quartile and the first quartile, which is represented by the box in the box plot. In this case, the IQR for Fast Chicken is 14.5 - 10 = 4.5, while the IQR for Super Fast Food is 15.5 - 8.5 = 7. A smaller IQR indicates that the data is more consistent and less spread out.

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Answer:6 inches

Step-by-step explanation:

Answer:

16

Step-by-step explanation:

First, find the midpoint of the lengths you have. Then multiply by the frequency.

so:

5x5= 25

15x8= 120

25x7= 175

Then add all the numbers you got.

So:

25+120+175= 320

Add all the frequencies: 5+8+7= 20

Answer: 320/20= 16

The length of the hypotenuse of the triangle is 5 mm.

Given is a right triangle with length of the two legs 4 mm and 3 mm we need to find the measure of the hypotenuse of the right triangle,

Using the Pythagorean theorem, which says that the measure of the hypotenuse of a right triangle is equal to the sum of the square of the two legs,

So,

h = √4²+3²

h = √16+9

h = √25

h = 5

Hence the length of the hypotenuse of the triangle is 5 mm.

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The chi-square test-statistic for this data is 5.600.

The chi-square test-statistic measures the discrepancy between the observed frequencies and the expected frequencies.

It is calculated by summing the squared differences between the observed and expected frequencies, divided by the expected frequencies.

The formula for each category is (observed - expected)[tex]^2[/tex] / expected. By summing up these values for all categories, we obtain the chi-square test-statistic.

This test-statistic helps determine if there is a significant difference between the observed and expected frequencies, indicating whether the data supports the claim of equal likelihood for all categories.

A larger chi-square value indicates a greater deviation from the expected frequencies.

The chi-square test is used to assess the goodness of fit between observed and expected data, with higher values suggesting a poorer fit. The significance of the test-statistic is evaluated using a chi-square distribution and degrees of freedom, typically determined by the number of categories minus one.

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Answer:

$4.65

Step-by-step explanation:

2.34=4.6566 USD

x=1.99 ⋅ 2.34

The plot represents the relationship between the weight of an athlete on the x-axis and the amount of weight they lift on a bench press machine on the y-axis. It provides a visual representation of the data, allowing for analysis of patterns and trends in the relationship between weight and lift amount.

The plot provides a visual representation of the relationship between two variables: the weight of an athlete (independent variable) and the amount of weight they can lift on a bench press machine (dependent variable). The x-axis represents the weight of the athlete, while the y-axis represents the amount of weight lifted. Each point on the plot corresponds to a specific athlete and shows their weight and the corresponding lift amount. By examining the plot, we can observe patterns or trends in the data, such as whether there is a positive correlation between weight and lift amount (indicating that heavier athletes tend to lift more) or if there are any outliers or exceptions to the general trend. The plot helps to visualize the relationship between these two variables and provides insights into the performance of athletes on the bench press machine based on their weight.

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Set a consists of e2 and e4, set b consists of e1 and e3, and set c consists of e1, e4, and e5.

In the given sample space with five equally likely experimental outcomes: e1, e2, e3, e4, and e5, we have three sets defined as follows:

a = {e2, e4}

b = {e1, e3}

c = {e1, e4, e5}

Set a consists of outcomes e2 and e4, set b consists of outcomes e1 and e3, and set c consists of outcomes e1, e4, and e5.

These sets represent subsets of the sample space, where each element of the sample space belongs to one or more sets. Set a represents the outcomes where e2 or e4 occur, set b represents the outcomes where e1 or e3 occur, and set c represents the outcomes where e1, e4, or e5 occur.

It's important to note that sets a, b, and c are not mutually exclusive. For example, outcome e1 belongs to both sets b and c.

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The values of b for which the given inequality will be satisfied are: b = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9 , 10, 11, 12}

The given inequality which shows the status of the purchase by Amy and her friends is,

0.89 b + 1.82 ≤ 12.50

where b is the number of burgers they can purchase.

Solving the given inequality we get,

0.89 b + 1.82 - 1.82 ≤ 12.50 - 1.82 [Subtracting 1.82 from both sides]

0.89 b ≤ 10.68

(0.89 b)/0.89 ≤ 10.68/0.89 [Dividing 0.89 with both sides]

b ≤ 12

since b represents the number of burgers so it cannot be negative or fraction.

So the values for which the inequality will be satisfied are: b = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9 , 10, 11, 12}.

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