what percent of the youths surveyed prefer reading electronic books round your answer to the nearest tenth of a percent?

If the concentration of the product COCl2 were to double, the equilibrium constant of the reaction would not be affected.

The equilibrium constant (K) is a measure of the ratio of product concentrations to reactant concentrations at equilibrium for a given chemical reaction. It is determined solely by the temperature of the reaction and is independent of the initial concentrations or changes in concentrations during the reaction.

Therefore, doubling the concentration of the product COCl2 would not alter the equilibrium constant of the reaction. The equilibrium constant reflects the relative concentrations of reactants and products at equilibrium and remains constant as long as the temperature remains the same. Any changes in concentration would simply shift the reaction towards the formation of reactants or products until a new equilibrium is reached, without affecting the equilibrium constant itself.

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Based on the given information, we can assume that the relationship between the number of minutes used and the monthly cost is linear. To determine the equation of the linear relationship, we can use the two data points provided: (410 minutes, $71.50) and (720 minutes, $118).

Using the formula for the equation of a line, y = mx + b, where y represents the monthly cost, x represents the number of minutes used, m represents the slope of the line, and b represents the y-intercept, we can calculate the values. First, we find the slope (m) using the formula: m = (change in y) / (change in x) = (118 - 71.50) / (720 - 410) = 46.50 / 310 ≈ 0.15.

Next, we can substitute one of the data points into the equation and solve for the y-intercept (b):

71.50 = 0.15 * 410 + b

71.50 = 61.50 + b

b = 71.50 - 61.50

b = 10.

Therefore, the equation of the linear relationship between the number of minutes used (x) and the monthly cost (y) is y = 0.15x + 10.Based on the given information, we can assume that the relationship between the number of minutes used and the monthly cost is linear.

Using this equation, we can calculate the monthly cost for any given number of minutes used within the range of the data points.

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Answer:

Step-by-step explanation:

We have that

ax -y=4

if the graph of the equation would pass through the point M (3, 5)

then

for the point M (3, 5)

x=3

y=5 I substitute the values of x and y in the --> a*3-5-4------> a*3=4+5------->

equation

ax -y=4- a=9/3

a=3

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Answer:

To find the perimeter, we need to add up the lengths of all the sides. The rectangle has two sides with length 5 cm and two sides with length 2 cm, so its perimeter is 2(5 cm) + 2(2 cm) = 14 cm. The triangle has side lengths of 5 cm, 3 cm, and 2 cm, so its perimeter is 5 cm + 3 cm + 2 cm = 10 cm.

To find the total perimeter of the figure, we add the perimeter of the rectangle and the perimeter of the triangle:

Perimeter = Rectangle Perimeter + Triangle Perimeter

Perimeter = 14 cm + 10 cm

Perimeter = 19 cm

Therefore, the answer is d. 19 cm.

Based on the information, the correct option is D. Yes, all three conditions for inference are met.

The conditions for inference are:

Random sample: The data must come from a random sample of the population.

Large counts: The number of successes and failures in each category must be large enough so that the sampling distribution of the sample proportion is approximately normal.

Independence: The observations in the sample must be independent of each other. In this case, the data was collected from a random sample of 100 workers. The number of successes and failures in each category is large enough (at least 10 in each category). And there is no reason to believe that the observations in the sample are not independent of each other.

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The area of the rectangle that is 3.1 cm wide and 4.4 cm long is 13.64 cm².

what is area of rectangle?

The area of a rectangle is a measurement of the region enclosed by the rectangle's sides. It is the product of the rectangle's length and width. The formula for calculating the area of a rectangle is A = length * width, where A represents the area, length represents the length of the rectangle, and width represents the width of the rectangle.

The area is expressed in square units, such as square centimeters (cm²) or square meters (m²), depending on the units used for the length and width. The area of a rectangle provides information about the amount of surface or space covered by the rectangle, and it is a fundamental concept in geometry and practical applications involving measurement and spatial calculations.

Area of rectangle = length * width

Length = 4.4 cm

Width = 3.1 cm

Area = 4.4 cm * 3.1 cm

Area ≈ 13.64 cm² (rounded to two decimal places)

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The disadvantage of buying "used-car" from "private-seller" is : (a) It can be expensive than dealership can offer, (b) It may have problems seller did not disclose, (c) It does not come with warranty, the correct option is (d) All the above.

Option (a) : It may be more expensive than a dealership can offer: Private sellers may price their used-cars higher than what a dealership can offer. Dealerships often have the advantage of bulk purchasing, negotiation power, and the ability to offer financing options that can make their prices more competitive.

Option (b) : It may have problems the seller did not disclose: When buying from a private seller, there is a risk that the seller may not disclose all the problems or issues with the vehicle.

Option (c) : It does not come with a warranty: Unlike buying from a dealership, where used cars often come with warranties or extended warranty options, purchasing from a private seller does not include any warranty coverage. This means that if any mechanical problems arise after purchase, the buyer will be responsible for repair costs.

Therefore, the correct option is (d).

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The given question is incomplete, the complete question is

One potential disadvantage to buying a used car from a private seller is:

(a) It may be more expensive than a dealership can offer

(b) It may have problems the seller did not disclose

(c) It does not come with a warranty

(d) All the above

Step-by-step explanation:

The last interior angle of the triangle is   180 - 30 - 20 = 130 gegrees

3x + 5   and this    130 degree angle   are supplementary ....they form a straight line = 180 degrees

3x+ 5    +  130 = 180

3x = 45

x = 15       ( obviously the triangle is NOT to scale !)

Assuming that poor vision is totally recessive and that the population is at Hardy-Weinberg equilibrium, approximately 639 biology teachers have good vision but are carriers of poor vision.

For the number of biology teachers who have good vision but are carriers of poor vision, we need to consider the Hardy-Weinberg equilibrium for a population with a recessive trait.

In the Hardy-Weinberg equilibrium, the allele frequencies remain constant over generations if certain assumptions are met. One of the assumptions is that the population is large enough for random mating to occur.

We have,

Number of biology teachers with poor vision (pp) = 396

Number of biology teachers with good vision (P-) = 557

Let's assume the following:

- p represents the frequency of the poor vision allele (recessive allele).

- q represents the frequency of the good vision allele (dominant allele).

- The population is in Hardy-Weinberg equilibrium, so p^2 represents the frequency of individuals with poor vision (pp), and 2pq represents the frequency of individuals who are carriers (Pp).

We can set up the following equations:

p^2 = 396 / total population

2pq = 557 / total population

Once we know the value of q, we can calculate the number of biology teachers who are carriers (Pp).

1: Calculate p^2

p^2 = 396 / (396 + 557) = 396 / 953 ≈ 0.4154

2: Calculate q

q = sqrt(1 - p^2) = sqrt(1 - 0.4154) ≈ 0.7488

3: Calculate 2pq (number of biology teachers who are carriers)

2pq = 2 * 0.4154 * 0.7488 ≈ 0.6211

4: Calculate the number of biology teachers who are carriers (Pp)

Number of biology teachers who are carriers = 0.6211 * (396 + 557) ≈ 639

Therefore, approximately 639 biology teachers have good vision but are carriers of poor vision.

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When a bill of lading is used to secure payment or a written promise of payment prior to releasing the goods to the importer, it functions as a document of title.

A bill of lading is a crucial document in international trade that serves multiple purposes. One of its primary functions is to act as a document of title, which means it represents ownership of the goods being shipped. In the context mentioned, when a bill of lading is utilized to obtain payment or a written promise of payment before releasing the merchandise to the importer, it signifies that the importer does not gain possession of the goods until the payment obligation is fulfilled. This arrangement provides a level of security for the seller or exporter, ensuring that they receive payment for the goods before relinquishing control. By holding the document of title, the seller retains control over the goods until the payment terms are met. This use of a bill of lading as a document of title helps mitigate risks and safeguards the interests of the parties involved in the transaction.

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Amber will have to draw a straight line graph with equation y = 4x and the point where the straight line and the curve intersects is the solution

To solve the equation 3x² - 4x = 0 graphical, the curve will be plotted and the point of intersection with the x axis is the zero, or solution of the graph.

Using Amber's method we have that

y = 3x² - 4x = 0

3x² = 4x

There fore y = 3x²and y = 4x. The both graph will be plotted and their point of intersection, will be the solution of the problem.

The solution of the graph is

y = 3x²and y = 4x: (0, 0) and (1.33, 5.33)

3x² - 4x: (0, 0) and (1.33, 0)

Both has same x values of 0 and 1.333

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Answer:

d = 3; c = -2

Step-by-step explanation:

-4c+7d=29

6c+4d=0

using the second equation we express C:

6c = -4d => c = -4/6 d

substitute the resulting value into the first equation:

4 * 4/6 d + 7d = 29

58d/6 = 29

58d = 174

d = 3

now find the value of C:

c = - 4/6 * 3 = -12/6

c = -2

Based on the given information, the net amount your firm will receive on the next transaction date can be calculated by subtracting the variable interest rate from the fixed interest rate.

In the swap agreement, your firm pays a fixed interest rate of 5.50 percent and receives a variable interest rate equal to LIBOR (London Interbank Offered Rate) plus 150 basis points. LIBOR is currently 3.75 percent.

To calculate the net amount your firm will receive on the next transaction date, we need to subtract the variable interest rate from the fixed interest rate.

Fixed interest rate: 5.50%

Variable interest rate: LIBOR (3.75%) + 150 basis points (1.50%) = 5.25%

Therefore, the net amount your firm will receive on the next transaction date is the difference between the fixed interest rate and the variable interest rate, which is 0.25%.

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(a) The probability of observing a sample proportion of defective chips of 0.127 or less is approximately 0.063.

(b)The probability of observing a sample proportion within this range is approximately 0.982.  

What is the probability of collecting a sample of 212 computer chips and observing a sample proportion of defective chips of 0.127 or less, assuming a true proportion of defective chips of p = 0.1?

The probability of observing a sample proportion of defective chips of 0.127 or less, given a true proportion of p = 0.1 and a sample size of 212, is approximately 0.063. This probability can be calculated using the binomial distribution formula, taking into account the sample size, the observed proportion, and the true proportion of defective chips.

(a) To calculate the probability of observing a sample proportion of defective chips of 0.127 or less, given a true proportion of p = 0.1 and a sample size of n = 212, you can use the binomial distribution. The formula for calculating this probability is:

[tex]P(X\leq x)=\sum^x_{i=0}[(^nC_i) * p^i * (1-p)^{n-i}][/tex]

In this case, x = 0.127 * 212 = 26.924 (rounded to the nearest integer). Using R or Desmos, you can calculate the probability as follows:

[tex]P(X\leq 26)=\sum^x_{i=0} [(^{212}C_i) * (0.1)^i * (0.9)^{212-i}][/tex]

The result is approximately 0.063.

(b) To calculate the probability of observing a sample proportion of defective chips that is within two standard errors of the true population proportion, you need to calculate the standard error first. The standard error (SE) for a sample proportion is given by:

[tex]SE = \sqrt{\frac{(p * (1-p)}{ n}[/tex]

In this case, p = 0.1 and n = 212. Calculate the standard error using this formula:

[tex]SE = \sqrt{\frac{(0.1 * (1-0.1)}{212}[/tex]

The result is approximately 0.0169.

Next, you need to find the range within two standard errors of the true population proportion, which is (p - 2SE, p + 2SE).

Calculate this range:

Lower bound = 0.1 - 2 * 0.0169

Upper bound = 0.1 + 2 * 0.0169

The lower bound is approximately 0.0662, and the upper bound is approximately 0.1338.

To calculate the probability of observing a sample proportion within this range, you can use the cumulative distribution function (CDF) of the normal distribution. Using R or Desmos, you can calculate this probability as follows:

P(Lower bound ≤ X ≤ Upper bound) = P(X ≤ Upper bound) - P(X ≤ Lower bound)

The result is approximately 0.982.

Therefore,

(a) The probability of observing a sample proportion of defective chips of 0.127 or less is approximately 0.063.

(b)The probability of observing a sample proportion within this range is approximately 0.982.  

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The change represents growth.

The percentage rate of increase is 36%.

We have the exponential function y = 42(1.36)ˣ.

The change represents growth because the growth factor, 1.36, is greater than 1.

Thus, the percentage rate of increase will be:

(1.36 - 1) * 100% = 36%

Therefore, the function represents exponential growth at a rate of 36%.

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Norma still has 13/3 cups of lemonade left to sell

Norma made 68/12 cups of fresh lemonade.

She sold 4/3 cups of lemonade.

To calculate the remaining lemonade, we subtract the sold amount from the total:

Remaining lemonade = Total lemonade - Sold lemonade

Total lemonade = 68/12 cups Sold lemonade = 4/3 cups

Remaining lemonade = (68/12) - (4/3)

To subtract fractions, we need a common denominator. In this case, the least common multiple of 12 and 3 is 12.

Remaining lemonade = (68/12) - (16/12)

Now, we can subtract the fractions:

Remaining lemonade = (68 - 16) / 12 Remaining lemonade = 52/12

To simplify the fraction, we can divide both the numerator and denominator by their greatest common divisor, which is 4:

Remaining lemonade = (52/4) / (12/4) Remaining lemonade = 13/3

Therefore, Norma still has 13/3 cups of lemonade left to sell, which is equivalent to 4 and 1/3 cups of lemonade.

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The frequency table in the parking lot, there were 12 cars with a red color, 8 cars with a blue color, 6 cars with a black color, 15 cars with a white color, and 10 cars with a silver color.

In the parking garage, a different scope of vehicle tones was noticed, and their frequencies were broke down. The most well-known vehicle tone was white, with a sum of 15 vehicles.

Red-hued vehicles followed intently behind with 12 occasions, while silver-shaded vehicles were noticed multiple times. Blue vehicles were less common, with a recurrence of 8, and dark vehicles were the least regularly noticed, with just 6 events.

These discoveries feature that white vehicles were the predominant variety in the parking area, showing a higher inclination or prominence for that specific shade. Red and silver vehicles likewise had an eminent presence.

Then again, blue and dark vehicles were relatively more uncommon among the left vehicles. This data gives significant bits of knowledge into the dispersion and inclinations of vehicle colors inside the noticed parking area.

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The complete question is:

"What are the frequencies of different car colors observed in a parking lot?"

Column Headings:

1. Car Color

2. Frequency

According to the textbook, polygraph testing (lie detection) screening is prohibited as a condition of employment outside of government jobs, which means option (a) is correct.

The use of polygraph testing, also known as lie detection, as a screening tool for employment purposes is generally restricted. The rationale behind this restriction is based on concerns regarding the reliability and validity of polygraph tests in accurately detecting deception. Polygraph testing has been found to have limitations, as false positives and false negatives can occur, leading to inaccuracies in the results.

Due to these concerns, many jurisdictions have implemented legal restrictions on the use of polygraph testing in employment settings. It is important to note that there may be certain exceptions to this general prohibition. In some cases, such as certain high-security government positions or jobs that involve protecting the public from potential harm, polygraph testing may be permitted based on a countervailing need.

However, in the broader context of employment screening, polygraph testing is generally prohibited outside of government jobs.

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he key to effective decision making is considering opportunity costs.

When making decisions, it is crucial to consider opportunity costs. Opportunity cost refers to the value of the best alternative forgone when making a particular choice. Every decision involves trade-offs, and by recognizing and evaluating the opportunity costs associated with different alternatives, decision makers can make more informed and effective choices.

Differential analysis is a technique used in decision making that involves comparing the costs and benefits of different alternatives. It helps decision makers understand the incremental changes that occur when selecting one option over another. By conducting a differential analysis, decision makers can identify the relevant costs and benefits of each alternative and assess the impact of choosing one option over the other.

Considering opportunity costs is essential because it allows decision makers to evaluate the true value of their choices. It encourages a thorough analysis of the potential benefits and drawbacks of each alternative, ensuring that decisions are made with a comprehensive understanding of the implications involved. By recognizing the opportunity costs, decision makers can prioritize alternatives and make choices that align with their goals and objectives, leading to more effective decision making.

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We can apply the law of conservation of angular momentum. According to this law, the initial angular momentum of the merry-go-round is equal to the final angular momentum when the child gets onto it.

The angular momentum (L) of a rotating object can be calculated using the formula:

L = I * ω

where:

L is the angular momentum,

I is the moment of inertia of the object, and

ω is the angular velocity.

The moment of inertia of a solid disc rotating about its axis can be calculated using the formula:

I = (1/2) * m * r^2

where:

m is the mass of the object, and

r is the radius of the object.

Let's calculate the initial angular momentum of the merry-go-round before the child gets onto it:

I_initial = (1/2) * m * r^2

          = (1/2) * 110 kg * (1.8 m)^2

          = 178.2 kg*m^2

ω_initial = 0.45 rev/s * (2π rad/rev)

          = 0.45 * 2π rad/s

          = 2.83 rad/s

L_initial = I_initial * ω_initial

          = 178.2 kg*m^2 * 2.83 rad/s

          = 505.9266 kg*m^2/s

Now let's calculate the final moment of inertia and angular momentum when the child gets onto the merry-go-round:

m_child = 22 kg

I_final = I_initial + m_child * r^2

        = 178.2 kg*m^2 + 22 kg * (1.8 m)^2

        = 178.2 kg*m^2 + 71.856 kg*m^2

        = 250.056 kg*m^2

Since the child grabs the outer edge, the radius (r) remains the same.

Now we can find the final angular velocity (ω_final) using the conservation of angular momentum:

L_final = I_final * ω_final

Since the initial and final angular momentum are equal, we can set up the equation:

L_initial = L_final

I_initial * ω_initial = I_final * ω_final

ω_final = (I_initial * ω_initial) / I_final

        = (178.2 kg*m^2 * 2.83 rad/s) / 250.056 kg*m^2

        = 2.019 rad/s

Therefore, the angular velocity of the merry-go-round after the 22-kg child gets onto it is approximately 2.019 rad/s.

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The magnetic force that the wire exerts on the point charge is in the negative z-direction.

When a current-carrying wire and a moving point charge are placed in a magnetic field, a magnetic force is exerted on the moving charge due to the interaction between the magnetic field and the charge's velocity. According to the right-hand rule, the direction of the magnetic force is perpendicular to both the velocity of the moving charge and the magnetic field created by the current-carrying wire.

In this scenario, the wire carrying current in the positive y-direction generates a magnetic field that circulates around the wire. The point charge moving along the x-axis in the positive x-direction experiences a magnetic force directed perpendicularly to both the velocity (positive x-direction) and the magnetic field (circulating around the wire). Applying the right-hand rule, the magnetic force is found to be in the negative z-direction, which is downward and perpendicular to the x and y axes.

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Answer:6264.6

Step-by-step explanation:

To calculate the surface area of a cylinder, we need to find the area of the two circular bases and the lateral surface area.

The formula for the surface area of a cylinder is:

Surface Area = 2πr² + 2πrh

where r is the radius of the base and h is the height or length of the cylinder.

Given:

Radius (r) = 24 cm

Length (h) = 18 cm

Using the formula, we can calculate the surface area:

Surface Area = 2π(24)² + 2π(24)(18)

Surface Area = 2π(576) + 2π(432)

Surface Area = 1152π + 864π

Surface Area ≈ 2016π

Now, let's approximate the value of π to 1 decimal place, which is 3.1:

Surface Area ≈ 2016(3.1)

Surface Area ≈ 6264.6 cm²

Therefore, the surface area of the cylinder is approximately 6264.6 cm².

The mean absolute deviation for the data-set in this problem is given as follows:

C. 3 and 5/9.

The dot plot shows the number of times that each observations appears in the data-set.

Considering the dot plot, the mean of the data-set is given as follows:

Mean = (2 x 2 + 1 x 3 + 1 x 5 + 1 x 9 + 3 x 10 + 1 x 12)/(2 + 1 + 1 + 1 + 3 + 1)

Mean = 7.

The sum of the deviations is given as follows:

Hence the mean absolute deviation in this problem is given as follows:

MAD = (10 + 4 + 2 + 2 + 9 + 5)/(2 + 1 + 1 + 1 + 3 + 1)

MAD = 3.55.

Hence option C is the correct option for this problem.

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In monopolistically competitive markets, the presence of too many or too few firms can lead to social inefficiency. This is because monopolistic competition involves firms that have some degree of market power and can differentiate their products.

This market structure can give rise to externalities, which are costs or benefits that affect parties not directly involved in a transaction.

When there are too many firms in a monopolistically competitive market, it can result in excessive product differentiation and advertising. Each firm may engage in costly efforts to make its product stand out, which can lead to higher prices and wasteful allocation of resources.

This excessive competition and duplication of efforts can be socially inefficient as resources could have been used more productively in other sectors of the economy.

On the other hand, when there are too few firms in a monopolistically competitive market, it can lead to reduced consumer choice and higher prices. Lack of competition can result in firms having more market power and the ability to charge higher prices than in a more competitive market. This can lead to reduced consumer surplus and lower overall welfare.

The presence of externalities in monopolistically competitive markets can contribute to the inefficient entry of new firms. If positive externalities exist, such as network effects or economies of scale, there may be a tendency for too many firms to enter the market, leading to excessive product differentiation and inefficient resource allocation.

Conversely, if negative externalities are present, such as environmental pollution or congestion, the costs imposed on society may discourage entry and result in too few firms operating in the market.

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Explanation:

The positions of Drea and Bryan are locked in as last, and 2nd to last respectively. This means the 15 slots drops to 15-2 = 13 slots.

There are 13 other people and 13 slots to fill.

That gives 13*12*11*10*9*8*7*6*5*4*3*2*1 = 6,227,020,800 different permutations where Drea is last and Bryan is 2nd to last. Order matters in a permutation.

This is out of 15*14*13*12*11*10*9*8*7*6*5*4*3*2*1 = 1,307,674,368,000 different ways to arrange the 15 people. This larger count will have Drea and Bryan move to other slots.

If you divide the smaller number over the larger, then the block "13*12*11*10*9*8*7*6*5*4*3*2*1" cancels out.

We'll be left with 1/(15*14) = 1/210 as the final answer

The type of square that has a movable head and can be used to lay out both 45° and 90° angles is called a combination square.

A combination square is a versatile measuring tool commonly used in woodworking, metalworking, and construction. It consists of a ruler or blade with a movable head that can be locked at different angles, typically 45° and 90°. The head of the square usually has a spirit level or bubble level attached to ensure accurate measurements and alignments.

The movable head allows the user to set and measure angles other than 45° and 90° as well, making it a versatile tool for various applications. The square is often used for marking and checking right angles, marking 45° angles, measuring and transferring distances, and checking the flatness or alignment of surfaces.

The combination square derives its name from the fact that it combines multiple functions in a single tool, making it convenient and efficient for tasks that require different angle measurements. It is a common and essential tool in many trades and professions where accurate and precise measurements are required.

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The first-order Taylor formula for f(x, y) at (0, 0) is:

f(x, y) ≈ f(0, 0) + ∂f/∂x(0, 0)x + ∂f/∂y(0, 0)y

The second-order Taylor formula for f(x, y) at (0, 0) is:

f(x, y) ≈ f(0, 0) + ∂f/∂x(0, 0)x + ∂f/∂y(0, 0)y + (1/2)∂²f/∂x²(0, 0)x² + ∂²f/∂x∂y(0, 0)xy + (1/2)∂²f/∂y²(0, 0)y²

The first-order Taylor formula is an approximation of a function using its first derivatives.

In this case, the function f(x, y) is approximated at the point (0, 0) using the first partial derivatives ∂f/∂x and ∂f/∂y evaluated at (0, 0).

The formula consists of the function value at (0, 0) plus the partial derivatives multiplied by the corresponding variables x and y.

The second-order Taylor formula extends the approximation to include second partial derivatives.

In addition to the terms in the first-order formula, it includes the second partial derivatives ∂²f/∂x², ∂²f/∂x∂y, and ∂²f/∂y².

These terms account for the curvature of the function and provide a more accurate approximation near the point (0, 0).

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The coordinates of three possible additional vertices of the kite are  (3, 6),(3,2), (7,4), (−9,4)

The length of the shorter diagonal is d and the length of the longer diagonal is 4d.

Area = (1/2) × Product of Diagonals.

We are given that the area of the kite is 32, so we can write the equation as follows:

32 = (1/2) × d × (4d)

32 = 2d²

16 = d²

d = ±4

Since distance cannot be negative, we take the positive value, so d = 4.

Therefore, the length of the shorter diagonal is 4, and the length of the longer diagonal is 4d = 4 × 4 = 16.

The longer diagonal is at A (3, 6)

4 less the longer diagonal

shorted diagonal is B (3,2)

The length of our longer diagonal is 16. This can be broken up in multiple ways as 4 and 12. The longer diagonal will be a horizontal line segment since the diagonals meet at 90∘ angles. So, 4 to the right and 12 to the left. We then get our last two vertices of (7,4) which is and (−9,4).

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The vertices of the image P'Q'R'S' after dilation are P'(-2, 2), Q'(0, 2), R'(2, 0) and S'(-2, -2).

The given scale factor is 2/3 with the center of dilation at the origin.

The vertices of quadrilateral PQRS are P(-3, 3), Q(0, 3), R(3, 0) and S(-3, -3).

With the given scale factor, we get

P(-3, 3) → 2/3 (-3, 3) → P'(-2, 2)

Q(0, 3) → 2/3 (0, 3) → Q'(0, 2)

R(3, 0) → 2/3 (3, 0) → R'(2, 0)

S(-3, -3) → 2/3 (-3, -3) → S'(-2, -2)

Therefore, the vertices of the image P'Q'R'S' after dilation are P'(-2, 2), Q'(0, 2), R'(2, 0) and S'(-2, -2).

To learn more about the dilation visit:

https://brainly.com/question/13176891.

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