I get 30% of 30% of a cake. How much (as a percentage) of the original cake did I end up with?

Charles Horton Cooley and George Herbert Mead both contributed to the understanding of self-development, but their theories differ in terms of the primary influence on the formation of self.

Cooley's theory emphasizes the role of social interactions and the "looking-glass self," while Mead's theory focuses on the significance of language and symbolic interaction. Charles Horton Cooley's theory of self-development revolves around the concept of the "looking-glass self." Cooley argued that individuals develop their sense of self through social interactions and feedback from others.

According to Cooley, people imagine how they appear to others and interpret their reactions, forming their self-perception based on these social reflections. The looking-glass self emphasizes the influence of social relationships and the perception of others in shaping one's identity.

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In the Shang Dynasty, the levels of society had varying levels of wealth. The ruling elite, including the royal family and high-ranking nobles, possessed significant wealth and power, while the commoners and lower classes had less access to resources and economic opportunities.

The Shang Dynasty in ancient China had a hierarchical social structure where wealth and resources were concentrated in the hands of the ruling elite. The royal family and high-ranking nobles occupied the top positions in society and enjoyed considerable wealth and privileges. They owned vast lands, controlled resources such as bronze and jade, and had access to luxury goods.

In contrast, the commoners and lower classes had limited economic resources. They mostly engaged in agricultural activities, working as farmers or laborers. They had less access to land, resources, and opportunities for upward mobility. Their wealth was modest, and their standard of living was generally lower compared to the ruling elite.

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At breakfast, lunch, and dinner, Joe randomly chooses with equal probabilities either an apple, an orange, or a banana to eat.The probability of eating at least two different kinds of fruit, which is 26/27 .

Joe has three options (apple, orange, banana) with equal probabilities, the probability of choosing one specific fruit is 1/3. Therefore, the probability of eating only one kind of fruit is (1/3) * (1/3) * (1/3) = 1/27.

To find the probability of eating at least two different kinds of fruit, we subtract the probability of eating only one kind from 1. This is because the complementary event of eating at least two different kinds is eating only one kind.

1 - 1/27 = 26/27.

So, the probability that Joe will eat at least two different kinds of fruit on a given day is 26/27 or approximately 0.962.

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Answer:

28

Step-by-step explanation:

let the number be n then increased by 20 = n + 20 and

n + 20 = 48 ( subtract 20 from both sides )

n = 28

17. The point on the line 2x - 4y = 3 that is closest to the origin is (-3/10, 3/20).

To solve this problem using Lagrange multipliers, we can define the distance squared function as D² = x² + y², which represents the square of the distance from any point (x, y) to the origin. The constraint equation is given by 2x - 4y = 3.

We set up the Lagrange function L = D² - λ(2x - 4y - 3), where λ is the Lagrange multiplier. To find the minimum of L, we take partial derivatives with respect to x, y, and λ and set them equal to zero:

∂L/∂x = 2x - 2λ = 0

∂L/∂y = 2y + 4λ = 0

∂L/∂λ = 2x - 4y - 3 = 0

Solving this system of equations gives x = -3/10, y = 3/20, and λ = -1/20.

Thus, the point on the line closest to the origin is (-3/10, 3/20).

To find the point on the line closest to the origin, we need to minimize the distance between any point on the line and the origin. This can be done by minimizing the distance squared function D² = x² + y².

However, we have a constraint given by the equation of the line 2x - 4y = 3.

By introducing the Lagrange multiplier λ, we create a Lagrange function L = D² - λ(2x - 4y - 3). Taking the partial derivatives and setting them equal to zero, we find the critical point that minimizes the Lagrangian function.

Solving the resulting system of equations gives us the coordinates of the point on the line closest to the origin.

In this case, the point is (-3/10, 3/20).

18. The point on the line y = 2x + 3 that is closest to (4,2) is (2, 7).

To solve this problem using Lagrange multipliers, we can define the distance squared function as D² = (x - 4)² + (y - 2)², which represents the square of the distance from any point (x, y) to (4, 2). The equation of the line is y = 2x + 3.

We set up the Lagrange function L = D² - λ(y - 2 - 2x - 3), where λ is the Lagrange multiplier. To find the minimum of L, we take partial derivatives with respect to x, y, and λ and set them equal to zero:

∂L/∂x = 2(x - 4) - 2λ = 0

∂L/∂y = 2(y - 2) - λ = 0

∂L/∂λ = y - 2x - 3 = 0

Solving this system of equations gives x = 2, y = 7, and λ = -2. Thus, the point on the line closest to (4, 2) is (2, 7).

To find the point on the line closest to the given point (4, 2), we need to minimize the distance between any point on the line and (4, 2).

This can be done by minimizing the distance squared function D² = (x - 4)² + (y - 2)².

The equation of the line y = 2x + 3 serves as the constraint. By introducing the Lagrange multiplier λ, we create a Lagrange function L = D² - λ(y - 2 - 2x - 3).

Taking the partial derivatives and setting them equal to zero, we find the critical point that minimizes the Lagrange function.

Solving the resulting system of equations gives us the coordinates of the point on the line closest to (4, 2). In this case, the point is (2, 7).

20. The point on the plane 4x + 3y + z = 2 that is closest to (1,-1,1) is (2/7, -4/7, 2/7).

To solve this problem using Lagrange multipliers, we can define the distance squared function as D² = (x - 1)² + (y + 1)² + (z - 1)², which represents the square of the distance from any point (x, y, z) to (1,-1,1). The equation of the plane is 4x + 3y + z = 2.

We set up the Lagrange function L = D² - λ(4x + 3y + z - 2), where λ is the Lagrange multiplier. To find the minimum of L, we take partial derivatives with respect to x, y, z, and λ and set them equal to zero:

∂L/∂x = 2(x - 1) - 4λ = 0

∂L/∂y = 2(y + 1) - 3λ = 0

∂L/∂z = 2(z - 1) - λ = 0

∂L/∂λ = 4x + 3y + z - 2 = 0

Solving this system of equations gives x = 2/7, y = -4/7, z = 2/7, and λ = 1/7. Thus, the point on the plane closest to (1,-1,1) is (2/7, -4/7, 2/7).

To find the point on the plane closest to the given point (1,-1,1), we need to minimize the distance between any point on the plane and (1,-1,1).

This can be done by minimizing the distance squared function D² = (x - 1)² + (y + 1)² + (z - 1)².

The equation of the plane 4x + 3y + z = 2 serves as the constraint. By introducing the Lagrange multiplier λ, we create a Lagrange function L = D² - λ(4x + 3y + z - 2).

Taking the partial derivatives and setting them equal to zero, we find the critical point that minimizes the Lagrange function.

Solving the resulting system of equations gives us the coordinates of the point on the plane closest to (1,-1,1). In this case, the point is (2/7, -4/7, 2/7).

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The slowdown in learning new information can be linked to changes in neural network circuitry where individuals manipulate and assemble information when making decisions, solving problems, and comprehending written and spoken language. neural network episodic memory working memory brain circuitry

Neural networks are intricate webs of interconnected neurons in the brain that enable us to process and transmit information. These networks are crucial for various cognitive functions, and their efficiency plays a vital role in how we learn new information. When it comes to learning, two components of neural network circuitry are particularly relevant: the episodic memory and working memory.

Working memory, on the other hand, is responsible for temporarily holding and manipulating information during cognitive tasks. It is often referred to as the brain's "mental workspace." Working memory allows us to hold information in our minds, manipulate it, and use it to make decisions, solve problems, and comprehend written and spoken language.

These changes in neural network circuitry can manifest in various ways. For instance, the connections between neurons may become weaker or less efficient, affecting the transmission of signals between different brain regions. Additionally, the production of neurotransmitters, the chemical messengers that facilitate communication between neurons, may also be altered.

It's important to note that while changes in neural network circuitry can contribute to a slowdown in learning, they are not the sole factors involved. Other factors, such as motivation, attention, and overall cognitive health, also play significant roles in the learning process. Moreover, individuals have varying rates of learning, and the impact of neural network changes may differ from person to person.

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Moral relativism offers a different perspective on morality, highlighting the complex and contextual nature of ethical and moral principles. While it has its limitations, understanding the different philosophical viewpoints on morality can be helpful in facilitating greater understanding and dialogue on these important issues.

Moral relativism is a philosophical viewpoint that holds that ethical and moral truths are relative to the individual or society in which they exist. This implies that different societies may have different moral codes, and what is considered right or wrong in one society may not be the same in another. Therefore, the answer to the question of whether stealing is right or wrong would depend on the societal context in which the act occurs.

Moral relativism does not necessarily imply that societies never share any moral values in common. It acknowledges that societies may have some shared moral values, but also recognizes that these values can change over time. Additionally, moral relativism acknowledges that sometimes the minority may be right in ethics, as what is considered morally right or wrong can vary depending on the context in which it is examined.

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The algebraic equation that can be used to find the distance, x, between Abigail and David is x = 3 + 2b.

Let's break down the given information and determine the equation to find the distance, x, between Abigail and David.

Carmela is halfway between Abigail and David: This means that the distance between Abigail and Carmela is equal to the distance between Carmela and David. Let's denote this distance as d.

The distance between Abigail and Ben is 3 feet: Let's denote this distance as 3.

The distance between Carmela and David is twice the distance between Carmela and Ben: Let's denote the distance between Carmela and Ben as b. Therefore, the distance between Carmela and David is 2b.

Based on the given information, we can construct the equation:

Distance between Abigail and David = Distance between Abigail and Carmela + Distance between Carmela and David

x = d + 2b

Now, let's substitute the given information into the equation:

x = d + 2b

x = 3 + 2b

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Answer:

  233 in²

Step-by-step explanation:

You want the area of the composite figure shown.

The area is the sum of the areas of the parts. The parts include a triangle, and a rectangle with a missing corner.

The area of the triangle is given by the formula ...

  A = 1/2bh

where b is the base and h is the height.

Here, we need to figure the missing dimension contributing to the height. The sum of right-side vertical line segments is 4 + 5 + 17 = 26. The bottom left vertical line segment is 6, so the height of the triangle is 26 -6 = 20.

The area of the triangle is ...

  A = 1/2(12 in)(20 in) = 120 in²

The overall dimensions of the rectangle at lower right are 17 in wide by (4+5) = 9 in tall. From that, a piece is removed that is 8 in wide by 5 in tall. The remaining area is ...

  A = LW

  A = (17 in)(9 in) -(8 in)(5 in) = (153 -40) in² = 113 in²

The area shaded blue is the sum of the triangle area and the area of the notched rectangle:

  total area = 120 in² +113 in² = 233 in²

The area of the figure is 233 square inches.

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The number of independent variables that can be tested in a single experiment depends on various factors, including the research design, resources, and the complexity of the study. In general, it is best to limit the number of independent variables to maintain control over the experiment and facilitate clear interpretation of results.

In simpler experiments, researchers often focus on a single independent variable to study its effect on the dependent variable while controlling for other factors. This allows for a clear cause-and-effect relationship to be established.

However, in more complex experiments, researchers may introduce multiple independent variables to examine their combined effects or interactions. This can provide insights into how different factors influence the outcome simultaneously.

The exact number of independent variables that can be tested in a single experiment varies, but it is generally recommended to keep the number manageable and avoid excessive complexity. This ensures that the experiment remains feasible, interpretable, and effectively addresses the research question or hypothesis.

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To ensure that the hamburger is not kept in the refrigerator for more than 2 days on average, the food truck should have a maximum of approximately 42.86 pounds of hamburger.

Given that the food truck sells an average of 1200 burgers per week, and it operates 7 days a week, we can calculate the total burgers sold per day:

Burgers per day = Total burgers per week / Number of days per week

Burgers per day = 1200 burgers / 7 days

Burgers per day ≈ 171.43 burgers

Since each burger uses 0.25 pounds of hamburger, we can calculate the maximum pounds of hamburger needed per day:

Pounds of hamburger per day = Burgers per day * Hamburger per burger

Pounds of hamburger per day = 171.43 burgers * 0.25 pounds/burger

Pounds of hamburger per day ≈ 42.86 pounds

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The maximum pounds of hamburger that should be stored in the food truck to ensure freshness and avoid exceeding 2 days on average is approximately 42.86 pounds.

To ensure that the hamburger is not kept in the refrigerator for more than 2 days on average, we need to calculate the maximum pounds of hamburger that should be stored in the food truck.

Average number of burgers sold per week = 1200

Number of operating days per week = 7

Weight of hamburger per burger = 0.25 pounds

To calculate the maximum pounds of hamburger, we can use the following formula:

Maximum pounds of hamburger = Average burgers sold per day × Number of days

First, we calculate the average number of burgers sold per day:

Average burgers sold per day = Average burgers sold per week / Number of operating days per week

Average burgers sold per day = 1200 / 7

Average burgers sold per day ≈ 171.43 (rounded to two decimal places)

Now, we can calculate the maximum pounds of hamburger:

Maximum pounds of hamburger = Average burgers sold per day × Weight of hamburger per burger

Maximum pounds of hamburger = 171.43 × 0.25

Maximum pounds of hamburger ≈ 42.86 (rounded to two decimal places)

Therefore, the maximum pounds of hamburger that should be stored in the food truck is approximately 42.86 pounds.

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To test the hypothesis, a valid and reliable experiment should include two groups of pine seeds: one group recovered from a fire area and another group that was not affected by fire.

In order to test the hypothesis effectively, a controlled experiment with two groups is necessary. The experimental group would consist of pine seeds that were recovered from a fire area, while the control group would include pine seeds that were not affected by fire.

By comparing the growth and development of these two groups of pine seeds under similar conditions, it would be possible to determine the impact of fire on the germination and growth of the seeds. The experiment should ensure that all other variables are kept constant between the two groups, except for the presence or absence of fire.

This experimental design would provide a valid and reliable test of the hypothesis by allowing for a direct comparison between the two groups of seeds. It would help determine whether the fire has any significant effect on the germination and growth of pine seeds.

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To conduct a valid and reliable test of the hypothesis, an experimental group of pine seeds recovered from a fire area should be compared with a control group of pine seeds that were not affected by fire?

By leveraging information technology effectively, supply chain integration can be achieved, leading to improved collaboration, streamlined processes, reduced costs, and enhanced overall supply chain performance.

A comprehensive corporate approach known as supply chain integration aims to improve communication and cooperation between all chain nodes.

All of the answer choices provided are correct. Information technology plays a crucial role in supporting supply chain integration by facilitating information sharing, collaborative planning, workflow coordination, and the adoption of new methods and technologies.

1. Information sharing: Information technology enables the exchange of data and information among different entities within the supply chain, such as suppliers, manufacturers, distributors, and retailers. This sharing of information helps improve visibility, transparency, and coordination among the various stakeholders.

2. Collaborative planning: Information technology tools and systems enable collaborative planning processes, where different participants in the supply chain can collaborate on forecasting, demand planning, inventory management, and production scheduling. This collaboration enhances efficiency, reduces costs, and improves overall supply chain performance.

3. Workflow coordination: Information technology facilitates the coordination of workflows and processes across different stages of the supply chain. It enables real-time tracking and monitoring of goods, enables efficient communication and coordination between different parties involved, and helps streamline and automate various supply chain activities.

4. Adoption of new methods and technologies: Information technology enables the adoption and implementation of new methods, strategies, and technologies within the supply chain. This includes the use of advanced analytics, cloud computing, Internet of Things (IoT), artificial intelligence (AI), and other digital solutions that enhance efficiency, visibility, and decision-making capabilities within the supply chain.

By leveraging information technology effectively, supply chain integration can be achieved, leading to improved collaboration, streamlined processes, reduced costs, and enhanced overall supply chain performance.

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In a Stock Dividend Assets don't change, Liabilities don't change.

In a stock dividend scenario, where a company issues additional shares of its own stock to existing shareholders, the impact on the company's balance sheet is as follows:

Assets don't change, Liabilities don't change.

When a company declares a stock dividend, it is essentially distributing a portion of its retained earnings or accumulated profits to its shareholders in the form of additional shares. This means that the company is not receiving any new assets or incurring any new liabilities in the process.

From an accounting perspective, the value of the stock dividend is reflected in the equity section of the balance sheet. The retained earnings account decreases by the value of the dividend, while the common stock or additional paid-in capital account increases by the same value. This adjustment does not affect the company's assets or liabilities.

Therefore, the correct answer is: Assets don't change, Liabilities don't change.

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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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The PHP function commonly used to send an SQL query to a MySQL database is "mysqli_query()." The general form of the return value of this function is a result object, which represents the outcome of the query execution.

In PHP, the "mysqli_query()" function is commonly used to send SQL queries to a MySQL database. It takes two parameters: the first parameter is the database connection object, and the second parameter is the SQL query string. When the "mysqli_query()" function is executed, it sends the SQL query to the MySQL database for execution. The function returns a result object, which represents the outcome of the query execution.

The specific contents of the result object depend on the type of query executed. For SELECT queries, the result object contains the retrieved data from the database, which can be fetched using other functions like "mysqli_fetch_assoc()" or "mysqli_fetch_array()." For INSERT, UPDATE, DELETE, or other types of queries, the result object typically indicates the success or failure of the query execution.

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Step-by-step explanation:

[tex]3x (x - x - 30) =( 3x \times x) - (3x \times x) -( 3x \times 30) = {3x}^{2} - {3x}^{2} - 90x = - 90x \\ [/tex]

Answer:

11

Step-by-step explanation:

There are 8 dogs total with 4 being short furred, so 4 are long furred. If 15 total stuffed animals have long fur and 4 of them are dogs, 11 of them are cats.

The forces are equal in magnitude, but opposite in direction.

The wall doesn't move, and neither does your head when pushed against the wall. There's a balance of forces. We consider things to be in equilibrium.

If there was an imbalance of some sort, then there would be movement. For instance, if the wall somehow managed to enact a larger force compared to your head pushing, then you'd be pushed backward.

Another example: if you managed to enact a larger force, then the wall would move in the direction of your push.

Since none of those movements happen, we can see both forces are the same in magnitude but opposite in direction.

If a $500 billion increase in investment spending increases income by $500 billion in the first round of the multiplier process and by $450 billion in the second round, income will eventually increase by $2,500 billion.

The multiplier effect refers to the cumulative impact of an initial increase in spending on the overall income in an economy. In this case, the initial increase in investment spending is $500 billion, which leads to a direct increase in income by the same amount in the first round of the multiplier process. However, in subsequent rounds, the impact of the initial increase diminishes, resulting in a smaller increase in income.

The multiplier process follows a diminishing marginal propensity to consume (MPC), where individuals tend to save a portion of their additional income. Since the increase in income from the initial round is $500 billion, and in the second round it is $450 billion, we can infer that the MPC is 0.9 ([$450 billion increase]/[$500 billion initial increase]).

To calculate the eventual increase in income, we can use the formula for the multiplier: Multiplier = 1 / (1 - MPC). Plugging in the value of MPC (0.9), we find the multiplier to be 10 (1 / (1 - 0.9)).

Therefore, the eventual increase in income can be calculated as the product of the initial increase in spending and the multiplier: $500 billion * 10 = $5,000 billion. Thus, income will eventually increase by $5,000 billion.

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The perimeter of the fountain is approximately 28.3 times the radius (r).

To find the perimeter of the fountain, we need to calculate the combined lengths of the two semicircles and the quarter circle.

Let's assume the radius of the semicircles is "r" and the radius of the quarter circle is "r/2" (since the quarter circle is half the size of the semicircle).

The perimeter of a semicircle is given by half the circumference of a full circle:

Perimeter of a semicircle = (1/2) × 2πr = πr

The perimeter of the quarter circle is given by one-fourth the circumference of a full circle:

Perimeter of a quarter circle = (1/4) × 2π(r/2) = (1/4) × πr = πr/4

Since we have two semicircles and one quarter circle, the total perimeter of the fountain is:

Total Perimeter = 2 × (Perimeter of a semicircle) + (Perimeter of a quarter circle)

Total Perimeter = 2πr + πr/4

Total Perimeter = (8πr + πr)/4

Total Perimeter = 9πr/4

Now, we need to round the answer to the nearest tenth. The value of π (pi) is approximately 3.14159. Therefore, we can substitute this value to get an approximate answer:

Total Perimeter ≈ 9 × 3.14159 × r/4

Total Perimeter ≈ 28.27431 × r

So, the perimeter of the fountain is approximately 28.3 times the radius (r).

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The problem needs determining the number of ones, fives, and twenties in a cashier's total of 30 bills, with more information regarding the relationship between twenties and ones and total value of the money.

To solve this, let's assign variables to represent the unknown quantities. Let's say the number of ones is x. Therefore, the number of twenties would be x + 9, according to the information given.

To calculate the total value of the money, we need to consider the value of each bill. A one-dollar bill has a value of $1, a five-dollar bill has a value of $5, and a twenty-dollar bill has a value of $20.

Now we can set up an equation to represent the total value:

x(1) + (x + 9)(20) + (30 - x - (x + 9))(5) = 351.

Simplifying the equation, we have:

x + 20x + 180 + 150 - 5x = 351,

36x + 330 = 351,

36x = 21,

x ≈ 0.583.

Since we cannot have a fraction of a bill, we must round the number of ones to the nearest whole number, which gives us 1. Therefore, there is 1 one-dollar bill.

The number of twenties can be found by substituting x into the expression x + 9, giving us 1 + 9 = 10 twenties.

Finally, to determine the number of fives, we subtract the total number of ones and twenties from the total number of bills: 30 - 1 - 10 = 19 fives.

Therefore, there is 1 one-dollar bill, 19 five-dollar bills, and 10 twenty-dollar bills in the cashier's total of 30 bills, amounting to a total value of $351.

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The probability to form a triangle using the endpoints of the sticks is 3/35 or approximately 0.0857 (rounded to four decimal places).

Length of the seven sticks in inches = 2, 3, 5, 7, 11, 13, and 17.

Number of sticks selected randomly = 3

To determine the probability of forming a triangle by randomly selecting three sticks from the given set,

Consider the triangle inequality theorem.

According to the theorem, for a triangle to be formed,

The sum of the lengths of any two sides of the triangle must be greater than the length of the third side.

Let us analyze the possibilities,

Selecting sticks with lengths 2, 3, and 5,

In this case, we can form a triangle because 2 + 3 > 5, 3 + 5 > 2, and 5 + 2 > 3.

Selecting sticks with lengths 2, 3, and any other stick greater than 5,

As the longest stick is greater than the sum of the two smaller sticks (2 + 3), we can form a triangle.

Selecting sticks with lengths 2, 3, and the longest stick (17),

In this case, we cannot form a triangle because 2 + 3 is not greater than 17.

In total, there are 3 possible combinations that can form a triangle out of the total 7C3 = 35 combinations selecting 3 sticks out of 7.

Probability

= favourable outcomes / total number of outcomes

= 3/ 35

Therefore, the probability of forming a triangle is 3/35.

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Introducing short, high-intensity segments in a workout is called interval training. This method can help boost calorie expenditure and improve overall fitness.

When engaging in running, there are moments during the running gait cycle where both feet are off the ground simultaneously. This phenomenon is known as the flight phase. Running is considered a high-impact activity, which means it puts stress on the joints, especially for individuals who are overweight or have joint-related issues. To mitigate this impact, low-impact exercises such as swimming or cycling can be more suitable for overweight individuals as they provide cardiovascular benefits with reduced stress on the joints.

While running may not be the ideal choice for overweight individuals concerned about the joint impact, it can be advantageous for increasing the number of calories burned during a workout. Running is a weight-bearing exercise that engages multiple muscle groups and requires more energy expenditure compared to low-impact exercises. This increased calorie burn can be beneficial for weight loss and improving cardiovascular fitness.

Interval training refers to a workout method that involves alternating periods of high-intensity exercise with periods of low-intensity or rest. This technique can be applied to various exercises, including running. By incorporating short, high-intensity segments, such as sprinting or running at a faster pace, into a workout, individuals can challenge their cardiovascular system, improve endurance, and burn more calories in a shorter amount of time. Interval training is known for its efficiency and effectiveness in boosting overall fitness levels.

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Step-by-step explanation:

You need to find 37%  of  $ 77.04

  37%   is  .37 in decimal form

.37  * $ 77.04 = $28.50

Making the retail price :  77.04 + 28.50 = $  105.54     Check !

Answer:

Step-by-step explanation:

Answer is in the pic...

Answer:

minimum:0

lower quartile: 4

median: 7

upper quartile: 9

maximum: 11

Step-by-step explanation:

[tex]D=m/V[/tex]

We're given:

Plug these values into the equation and solve for V:
[tex]D=m/V\\1000=100/V\\V=100/1000\\V = 0.1[/tex]

The volume of the water tanks is 0.1 m³.

Answer:

0.1

Step-by-step explanation:

To calculate the volume of the tank, we will use the formula D = m ÷ V.

Here: D = density, m = mass, and V is the volume.

The formula rearranged for the volume is V = m ÷ d.

Here are the formulae:

     [tex]\boxed{\boxed{\begin{aligned}\sf{d=m\div V}\\\sf{d\times V=m}\\\sf{V=m\div d\end{aligned}}}}[/tex]

Insert the values into the appropriate formula, i.e., V = m ÷ d:

Hence, the volume of the water tank is 0.1 cubic meters

The LCM of x² - x + 1 and x³ + 1 is x³ + 1.

To find the LCM of two polynomials, we need to factorize each polynomial completely. In this case, x² - x + 1 is already in its irreducible form, so we cannot further factorize it. On the other hand, x³ + 1 can be factored as (x + 1)(x² - x + 1).

Next, we identify the common factors between the two polynomials, which is x² - x + 1. Since it appears in both polynomials, we include it in the LCM.

Finally, we multiply the common factors and the remaining factors from each polynomial. In this case, the LCM is (x²- x + 1)(x + 1), which simplifies to x³ + 1.

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