help please !!! example is not needed :)

The statement that knowing the value of x tells you nothing about the value of y can be explained by several scenarios. One possible scenario is when the values of x and y are not related in any way. In other words, there is no mathematical or logical connection between them.

Another scenario where knowing the value of x tells you nothing about the value of y is when there are multiple possible values of y for a given value of x. This occurs when the relationship between x and y is not one-to-one. For instance, if x represents a person's age and y represents their height, knowing someone's age does not determine their height since there are different heights for different ages.

Furthermore, it is possible that there is a relationship between x and y, but the value of y is affected by other factors besides x. For example, if x represents the amount of time a student spends studying and y represents their grade on a test, knowing the value of x does not completely predict the value of y because other factors like natural ability and test-taking skills may also play a role in determining the grade.

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The statement suggests that there is likely to be an interaction between nitrogen (N) and phosphorus (P), which are two fertilizer ingredients used to achieve optimum levels in plant growth. However, without further context or specific details, it is uncertain to determine the nature and extent of this interaction.

In agriculture and plant nutrition, both nitrogen and phosphorus are essential elements for plant growth and development. They play crucial roles in various physiological processes and are often supplied through fertilizers to optimize crop yields. The interaction between nitrogen and phosphorus can have significant implications for plant growth and nutrient utilization.

The ratio of nitrogen to phosphorus in the soil can affect nutrient uptake, plant growth, and overall productivity. Different plant species and soil conditions may exhibit varying responses to the interaction between these two fertilizer ingredients. Factors such as soil type, pH, organic matter content, and crop-specific nutrient requirements further contribute to the complexity of this interaction. To fully understand and assess the interaction between nitrogen and phosphorus, detailed research and experimentation specific to the particular context are necessary.

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Answer: A monomial representation is a way to express a polynomial as a product of powers of its variables, where each power is a non-negative integer. For example, the polynomial 2x^3 + 4x^2 - 6x + 8 can be represented as a monomial representation of (2x^3)(x^2)(-6x)(8).

Symmetric polynomials are polynomials that are invariant under permutation of their variables. A symmetric presentation is a way of expressing a symmetric polynomial as a sum of elementary symmetric polynomials, which are defined as the sum of all possible products of variables taken i at a time, where i ranges from 1 to the number of variables. For example, the symmetric polynomial x^3 + y^3 + z^3 can be expressed as a symmetric presentation of x + y + z.

Step-by-step explanation:

Answer:

y is x because if x+y is 2x then y must equal x

The sum of x and y is twice x. Then the value of y will be equal to x.

Expression in maths is defined as the collection of the numbers variables and functions by using signs like addition, subtraction, multiplication, and division.

Numbers (constants), variables, operations, functions, brackets, punctuation, and grouping can all be represented by mathematical symbols, which can also be used to indicate the logical syntax's order of operations and other features.

It is given that sum of x and y is twice x. Then the value of y will be calculated as below:-

x + y = 2x

y = 2x - x

y = x

Therefore, the sum of x and y is twice x. Then the value of y will be equal to x.

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\(\\ \tt\longmapsto \dfrac{Ahmed}{Nora}\)

\(\\ \tt\longmapsto \dfrac{450}{400}\)

\(\\ \tt\longmapsto \dfrac{9}{8}\)

\(\\ \tt\longmapsto 9:8\)

Ratio

\(\\ \tt\longmapsto \dfrac{400}{850}\)

\(\\ \tt\longmapsto 8:17\)

Answer:

150cm^3

Step-by-step explanation:

The problem says to use 3 for pi so then you just plug everything into  the equation as 6=height and 5=radius

3*5^2*6=450

450/3=150

Answer:

...... The answer is 37.5cm³ , please ignore the handwriting...

Step-by-step explanation:

pls make me as brainleist

The number of solutions the system of equations have is (d) infinite many solution

From the question, we have the following parameters that can be used in our computation:

The graph

On the graph, we can see that there is only one line visible

This means that the number of solutions in the equation is many i.e. infinite many solution

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Answer:

To write a system of inequalities that has the point (6, 6) as a solution but not (6, -6), we can use the fact that the point (6, 6) is above the graph of the quadratic function, but the point (6, -6) is below the graph. Therefore, we can write a system of inequalities that includes the condition that the y-value must be greater than the value of the quadratic function at a given x-value.

For example, we could use the quadratic function y = x^2 and write the following system of inequalities:

y > x^2

y > 6

The first inequality states that the y-value must be greater than the value of the quadratic function at a given x-value. The second inequality is added to ensure that the y-value is greater than 6, which is necessary for the point (6, 6) to be a solution.

Since the point (6, 6) satisfies both of these inequalities, it is a solution to the system. However, the point (6, -6) does not satisfy the first inequality, since the y-value is less than the value of the quadratic function at x = 6. Therefore, it is not a solution to the system.

Overall, the system of inequalities would be as follows:

y > x^2

y > 6

Answer: False

Step-by-step explanation:

All the 100 students engaged in the experiment were picked on the basis that all the students of the university have a chance of being selected. The selected participants must have represented the whole university well.

So, having a 95% confidence interval that the experiment might have atmost 5% error prone is statistically enough and not too wide to give an accurate estimate.

Answer:

The quantity of the first model is 150 and the second model is 100 that maximize the profit.

Step-by-step explanation:

Let the quantity of first model = x

Let the quantity of second model = y

The cost of the first model = $100

The cost of the second model = $150

Total number of models = 250 units

Total amount to spend on units = $30000

Now form the equations.

x  +  y  = 250

100x + 150y = 30000

Now solve for the x and y.

x = 250 – y

Now insert this value in the 100x + 150y = 30000.

100(250 –y) + 150y = 30000

25000 – 100y + 150y = 30000

50y = 30000 – 25000

50y = 5000

Y = 100

Now insert the Y in x + y = 250

x = 250 – y

x = 250 – 100

x = 150

Therefore, the first model is 150 units and the second model is 100 units that maximize the profit.

Answer: Yes

Step-by-step explanation: Whole numbers are your

counting numbers and whole numbers also include 0.

All whole numbers are integers and all integers are rational.

So yes, every whole number is indeed rational.

Simplifying this expression, we can cancel out the n! terms and get:
lim as n approaches infinity of (n+1)/7
Therefore, the answer is option b), which diverges.

To determine the convergence or divergence of the series using the ratio test, follow these steps:

1. Write down the general term of the series: a_n = n! * 7^n.

2. Calculate the ratio between consecutive terms: R = (a_(n+1)) / (a_n) = (n+1)! * 7^(n+1)) / (n! * 7^n).

3. Simplify the ratio:
R = ((n+1)! * 7^(n+1)) / (n! * 7n) = (n+1) * 7 / 1 = 7(n+1).

4. Evaluate the limit as n approaches infinity: lim (n->) (7(n+1)).

As n goes to infinity, the expression 7 (n+1) also goes to infinity. Therefore, the limit is infinity.

5. Compare the limit with 1:
If the limit is less than 1, the series converges.
If the limit is greater than 1, the series diverges.
If the limit is equal to 1, the test is inconclusive.

Since the limit we found is  (infinity), which is greater than 1, the series diverges.

So, the answer is (b) diverges.

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To determine the convergence or divergence of the series using the ratio test, we will examine the limit of the ratio of consecutive terms as n approaches infinity. The series in question is:

Σ (n! * 7^n) for n=0 to infinity

The ratio test requires calculating the limit:

lim (n → ∞) |a_n+1 / a_n|

For our series, a_n = n! * 7^n, and a_n+1 = (n+1)! * 7^(n+1)

Now, let's compute the ratio:

a_n+1 / a_n = [(n+1)! * 7^(n+1)] / [n! * 7^n]

This simplifies to:

(n+1) * 7

Now, we will find the limit as n approaches infinity:

lim (n → ∞) (n+1) * 7 = ∞

Since the limit is infinity, the ratio test tells us that the series diverges. Therefore, the correct answer is (b) diverges.

Answer:

mode and median

Step-by-step explanation:

both are 80

mode - value that appears most often

median- list values lowest to highest find the value in the middle position

The width of the flooring room is 50m.

The cost of flooring the room is Rs. 56,000.

The rate of flooring in the room is Rs. 14 per sqm.

Area of the room = Cost of flooring the room/rate of flooring per sqm

Area = 56,000/14 = 4,000 sqm

Length of the room = 80m

Area of rectangle = length × width

4,000 = 80 × width

Width = 4000/80

             = 50m

Thus, the width of the room is 50m.

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Using the fermat factoring algorithm, we have expressed 387823 as the product of two factors, which are 639 + 21393 and 639 - 21393.

the steps involved in the fermat factoring algorithm to factor the given number, n = 387823.  

step 1: start by computing the square root of n (rounded up to the nearest integer). in this case, the square root of 387823 is approximately 622.67, so we'll round it up to 623.  

step 2: next, calculate the difference between the square of the rounded square root and n. in this case, (623²) - 387823 = 158576 - 387823 = -229247.  

step 3: check if the result from step 2 is a perfect square. if it is, we can factor n using the formula (sqrt(result) + sqrt(n))² - n. in this case, -229247 is not a perfect square.  

step 4: increment the square root value by 1 and repeat steps 2 and 3. we'll use 624 as the new square root value.  

step 5: calculate the difference between the square of the updated square root and n. (624²) - 387823 = 389376 - 387823 = 1553.  

step 6: check if the result from step 5 is a perfect square. in this case, 1553 is not a perfect square.  

step 7: repeat steps 4-6 by incrementing the square root value until we find a perfect square difference.  

step 8: after several iterations, we find that when the square root value is 595, the difference ((595²) - 387823) equals 1936, which is a perfect square (44²).  

step 9: now we can factor n using the formula (sqrt(result) + sqrt(n))² - n. in this case, (44 + 595)² - 387823 = 639² - 387823 = 409216 - 387823 = 21393.  

step 10: we have successfully factored n as 387823 = (639 + 21393) * (639 - 21393).

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Answer:

42

Step-by-step explanation:

simplify

Is the relation a function:

To determine if the relation is a function, we need to check if there is exactly one output for each input.

Looking at the given set of points, we see that there are two points with an x-coordinate of -1: (-1, 3) and (-1, -2).

This means that there are two outputs for the same input, so the relation is not a function.

Therefore, the correct answer is: "No, because for each input there is not exactly one output."

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From the figures, AB is a tangent to the C because they make a right angles (90⁰)

Recall that in n Euclidean plane geometry, a tangent line to a circle is a line that touches the circle at exactly one point, never entering the circle's interior. Tangent lines to circles form the subject of several theorems, and play an important role in many geometrical constructions and proofs.

We shall be determining the angle at C to see if it gives 90⁰

Using trigonometrical ratios of tangent

TanB = Opposite/Adjacent

Tan B. = 4.8/7.2

Tan B = 0.6667

B = Tan⁻¹0.6667

<B = 33.69⁰

Also in the same manner,

TanS = opp/Adj

Tan S = 7.2/4.8

Tan S = 1.5

S = Tan⁺¹1.5

< S = 56.31⁰

Npw <S + <B = 56.32 + 33.69 = 89.9999247 = 90⁰

Therefore AB makes tangent at C

20.  

Tan C = Opp/Adj

Tan C = 15/11.2

Tan C = 1.3393

C = Tan⁺¹1.3393

< C = 53.25

Also, Tan B = 11.2/15

Tan B = 0.7467

B = 36.75

<B + <C = 36.75 + 53.25 = 89.9986 = 90⁰

Therefore AB makes a tangent at C

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Answer:

c. No, because the chance of getting an A on a test and getting an A in the class are not independent.

Step-by-step explanation:

brainly?

Answer:

70

Step-by-step explanation:

-70 / -1

= 70 / 1

= 70

If many random samples of this size were taken and intervals constructed, 90% of them would contain the true population mean. In repeated sampling, about 90% of the constructed confidence intervals will capture the true population mean difference. The correct answer is C.

When we construct a confidence interval, it is important to understand its interpretation. In this case, the correct answer (Oc) states that if we were to take many random samples of the same size and construct confidence intervals for each sample, approximately 90% of these intervals would contain the true population mean difference.

This interpretation is based on the concept of sampling variability. Due to random sampling, different samples from the same population will yield slightly different sample means.

The confidence interval accounts for this variability by providing a range of values within which we can reasonably expect the true population mean difference to fall a certain percentage of the time.

In the given scenario, when constructing a 90% confidence interval for the paired difference, it means that 90% of the intervals we construct from repeated samples will successfully capture the true population mean difference, while 10% of the intervals may not contain the true value.

It's important to note that this interpretation does not imply a probability or chance for an individual interval to capture the true population mean. Once the interval is constructed, it either does or does not contain the true value. The confidence level refers to the long-term behavior of the intervals when repeated sampling is considered.

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Naproxen's specific average rotation of 66 and enantiomeric excess of 97% in a commercial formulation indicate that it possesses the S configuration.

Aleve's main constituent, naproxen, is a nonsteroidal anti-inflammatory medication. The S configuration is indicated by the particular rotation of 66 that it has. The fact that a commercial formulation of naproxen has a 97% enantiomeric excess—i.e., a remarkably high percentage of the same stereoisomer is present in the mixture—additionally supports this.

Naproxen is structurally made up of two fused six-vertex rings with double and single bonds alternating between them. A four-membered chain made up of a line terminus, a vertex, a vertex with an O atom double-bonded, and an OH group is attached to the fifth vertex of the left ring with its first (from left to right) chain vertex. An OCH3 group is attached to the fourth vertex of the right ring. The atomic configuration of naproxen demonstrates that it possesses the S configuration.

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The function f(x) = (3/2)e^(-3x/2) on the interval [0, ∞) is not a valid probability density function because its integral over the entire domain does not equal 1.

The given function f(x) = (3/2)e^(-3x/2) on the interval [0, ∞) is a probability density function (PDF) of a continuous random variable.

To verify that f(x) is a valid PDF, we need to check the following properties:

Non-negativity: The function f(x) is non-negative for all x in its domain. In this case, f(x) = (3/2)e^(-3x/2) is always positive for x ≥ 0, satisfying the non-negativity condition.

Integrates to 1: The integral of f(x) over its entire domain should equal 1. Let's calculate the integral:

∫[0, ∞) f(x) dx = ∫[0, ∞) (3/2)e^(-3x/2) dx.

To evaluate this integral, we can make a substitution u = -3x/2 and du = -3/2 dx. When x = 0, u = 0, and as x approaches infinity, u approaches negative infinity. Thus, the limits of integration become 0 and -∞.

∫[0, ∞) f(x) dx = ∫[0, -∞) -(2/3)e^u du.

Applying the limits of integration and simplifying, we get:

∫[0, ∞) f(x) dx = -(2/3) ∫[-∞, 0) e^u du.

Using the properties of the exponential function, we know that ∫[-∞, 0) e^u du equals 1. Therefore:

∫[0, ∞) f(x) dx = -(2/3) * 1 = -2/3.

Since the integral of f(x) over its entire domain is -2/3, it is not equal to 1. Therefore, the given function f(x) does not satisfy the property of integrating to 1, and thus, it is not a valid probability density function.

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The value of x in the equation 1/4(4 + x) = 4/3 is x = 4/3.

Multiply both sides of the equation by 4 to eliminate the fraction on the left-hand side:

1/4(4 + x) = 4/3

4 * 1/4(4 + x) = 4 * 4/3

Simplifying:

4 + x = 16/3

Subtract 4 from both sides of the equation:

4 + x - 4 = 16/3 - 4

Simplifying:

x = 16/3 - 12/3

x = 4/3

A fraction is a mathematical concept used to represent a part of a whole or a ratio between two quantities. It is typically written in the form of a numerator (top number) over a denominator (bottom number), separated by a horizontal line. For example, the fraction 1/2 represents one out of two equal parts, or half of a whole. Similarly, the fraction 3/4 represents three out of four equal parts, or three-quarters of a whole.

Fractions are an essential part of mathematics and are used in a wide range of applications, including measurements, cooking, and financial calculations. They can be added, subtracted, multiplied, and divided just like whole numbers, but they require a bit more care in their manipulation due to their unique structure.

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Answer:

multiplication

Step-by-step explanation:

when you will multiple both numerator and denominator by same number then you will get another fraction which will equivalent to that one

=> for example = 5/6 *2/2 = 10/12

hope it helps

Therefore, analytics is a critical tool for businesses and organizations looking to gain a competitive advantage and improve their operations.

Analytics is often described as the study of historical data to extract insights and make informed decisions. It involves the collection, processing, and analysis of data to discover patterns, identify trends, and gain insights into business operations. By examining data sets, analytics can help businesses identify areas of improvement, optimize performance, and increase efficiency. Analytics tools and techniques can be used across many different fields, including finance, marketing, healthcare, and sports. In finance, analytics can be used to analyze market trends and predict future outcomes. In marketing, analytics can help businesses identify customer behavior patterns and optimize marketing campaigns. In healthcare, analytics can help identify patterns in patient data and improve healthcare outcomes. In sports, analytics can be used to analyze player performance and predict game outcomes.

Therefore, analytics is a critical tool for businesses and organizations looking to gain a competitive advantage and improve their operations.

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Linear equations

Divide both sides by 6.

Divide 12 by 6 to get 2.

Add 2 to both sides.

Add 2 and 2 to get 4.

The maximum income the doctor can get in a day is $1280

Time required for routine office visits = 15 minutes

Time required for physical visits = 45 minutes

Maximum physical visits possible in a day = 10

Maximum routine visits possible in a day = 12

Available hours for appointment = 9 hours or 540 minutes

Cost of routine appointment = $60

Cost of physical appointment = $70

In order to maximize income, she should do maximum possible routine visits as it gives more return in less time and the remaining time can be used to do physical visits, therefore:

No. of routine visits the doctor should do = 12

Time consumed in 12 visits = 12*15 = 180 minutes

Time remaining = 360 minutes

No. of physical visits she should do = 8

Time consumed in 8 physical visits = 8*45 = 360 minutes

Total income the doctor will generate in a day  = 12*60 + 8*70

= 720 + 560 = $1280

Hence, the maximum income of the doctor will be $1280

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