2 3 Determine the equation of the tangent line to the graph of x' + x + y = 1 at the point (0, 1) (2 marks)

Answer:

1/2

Step-by-step explanation:

a common ratio is a ratio that is found in any of those numbers listed, in othere words it's a common factor in those numbers

Answer:

1/2

Step-by-step explanation:

Answer:

37.437

Step-by-step explanation:

Answer:

37.437

Hope it helps

A set of values for the decision variables that satisfy all the constraints and yields the best objective function value is a feasible solution that optimizes the objective function.

In optimization problems, decision variables are the quantities that we can control or adjust to achieve a desired outcome. Constraints are the limitations or conditions that these decision variables must satisfy. The objective function represents the goal or objective we want to optimize.

A feasible solution refers to a set of values for the decision variables that satisfy all the given constraints. This means that the solution meets all the specified requirements and does not violate any constraints. However, there can be multiple feasible solutions that meet the constraints.

Among these feasible solutions, the one that yields the best objective function value is the optimal solution. The objective function value is a measure of how well the solution aligns with the desired objective. The goal is typically to maximize or minimize this objective function value, depending on the problem.

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Answer: x>3

Step-by-step explanation: Hope this help :D

Answer:

x > 3

Step-by-step explanation:

13 - 10 = 3

since x and 10 is supposed to be bigger than 13, it should be more than 3.

Value of variable x = 13/√2

Value of variable y = 13/√2

Trigonometric ratios are the ratios of the length of sides of a triangle. These ratios in trigonometry relate the ratio of sides of a right triangle to the respective angle. The basic trigonometric ratios are sin, cos, and tan, namely sine, cosine, and tangent ratios.

sin θ = Perpendicular/Hypotenuse

cos θ = Base/Hypotenuse

tan θ = Perpendicular/Base

Given,

In the right triangle ABC

AC = 13

AB = x

BC = y

∠C = 45°

Sin 45° = AB/AC

1/√2 = x/13

x = 13/√2

AB = 13/√2

Tan 45° = AB/BC

1 = (13/√2)/y

y = 13/√2

BC = 13/√2

Hence, 13/√2 is the value of both variables x and y.

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Given :-

A line having a slope of 3/2 passes through (2,-1) .

To Find :-

The equation of the line .

Answer :-

According to the question ,

m = 3/2

Point = (2,-1)

We know Point slope form of the line as ,

y - y¡ = m ( x - x ¡ )

Substitute ,

y - (-1) = 3/2 ( x - 2 )

y + 1 = 3/2x - 3/2*2

y +1 = 3/2x - 3

2( y +1) = 3/2x *2 - 3*2

2y + 2 = 3x - 6

3x -2y -8 = 0

The inequality of the temperatures where yeast will NOT thrive is T < 90°F or T > 95°F

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

Yeast thrives between 90°F to 95°F

For the temperatures where yeast will not thrive, we have the temperatures to be out of the given range

Using the above as a guide, we have the following:

T < 90°F or T > 95°F.

Where

T = Temperature

Hence, the inequality is T < 90°F or T > 95°F.

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Radians are a unit of measurement for angles used in mathematics and physics. They are defined as the ratio between the length of an arc of a circle and the radius of that circle.

One of the most important benefits of using radians to measure angles is that they simplify calculations involving angles, making them easier to work with.

Additionally, they allow for a more elegant and unified approach to mathematical and physical problems involving angles. So, in short, the word "radian" might be associated with concepts such as circles, arcs, and the measurement of angles in mathematics and physics.

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Convert from rectangular to polar coordinates. (Enter all angles in radians.) (a) (0, 1) = (1.0, 1.57). Express numbers in exact form. Use symbolic notation and fractions where needed. (r, 0) = (1, π/2).

To convert from rectangular to polar coordinates, we use the following formulas:

r = √(x^2 + y^2)

θ = tan^-1(y/x)

Given the rectangular coordinates (0, 1), we can plug in the values of x and y into the formulas to find r and θ.

r = √(0^2 + 1^2) = √(1) = 1

θ = tan^-1(1/0) = π/2

Therefore, the polar coordinates are (1, π/2).

In the form (*.*), the answer is (1.0, 1.57).

In exact form, using symbolic notation and fractions where needed, the answer is (1, π/2).

So, the final answer is: Convert from rectangular to polar coordinates. (Enter all angles in radians.) (a) (0, 1) = (1.0, 1.57). Express numbers in exact form. Use symbolic notation and fractions where needed. (r, 0) = (1, π/2).

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The definition of percent helps you write fraction and decimal equivalents by understanding that "per cent" means "per hundred".

For example, if you are asked to write the fraction and decimal equivalent of 25%, you would divide 25 by 100 to get the fractional equivalent of ¼, and divide 25 by 100 to get the decimal equivalent of 0.25.

The decimal equivalent of a fraction or percentage is the numerical value expressed in decimal form. For example, the decimal equivalent of 1/2 is 0.5 and the decimal equivalent of 25% is 0.25. Decimal equivalents are useful for calculations and can be used to convert fractions and percentages into decimal form.

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The simplified expression for (f ∘ g)(x) is 2 + x (option d).

To find and simplify (f ∘ g)(x), we need to substitute the expression for g(x) into f(x) and simplify.

Given:

f(x) = log₃(9x)

g(x) = \(3^x\)

Substituting g(x) into f(x):

(f ∘ g)(x) = f(g(x)) = log₃\((9 * 3^x)\)

Now, we simplify the expression:

log₃\((9 * 3^x)\) = log₃(9) + log₃\((3^x)\)

Since logₓ(a * b) = logₓ(a) + logₓ(b), we have:

log₃(9) + log₃\((3^x)\) = log₃\((3^2)\) + x

Using the property logₓ\((x^a)\) = a * logₓ(x), we get:

log₃\((3^2)\) + x = 2 * log₃(3) + x

Since logₓ\((x^a)\) = a, where x is the base, we have:

2 * log₃(3) + x = 2 + x

Therefore, (f ∘ g)(x) simplifies to:

(f ∘ g)(x) = 2 + x

So, the correct answer is (d) 2 + x.

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Complete Question:

Given f(x)=log₃(9x) and g(x)=\(3^x\). Find and simplify (f ∘ g)(x)

(a) 2x

(b) x

(c) \(27^x\)

(d) 2+x

(e) None of these.

Answer:

B i believe is your answer

Step-by-step explanation:

tell me if i'm right or wrong

Answer: The no. is 8

Step-by-step explanation:

Let the no. be x

6x - 1 = 47

6x = 48

x = 8

Answer:

let the certain number be x

6 × x - 1= 47

6x - 1 = 47

6x = 47 + 1

6x = 48

x = 48/6

x = 8

Answer:

The answer is B. 26 miles per hour.

Step-by-step explanation:

13+13=26

X goes by an hour.

Answer:

she has rode 16 miles this week

Step-by-step explanation:

3 miles on monday 3 times that many on tuesday plus 4 miles one wensaday add them all up

3 times 3 is 9 plus 3 is 12 plus 4 is 16 there fore 16 miles in totale

sorry for my speling erros

She rode a total distance of 16 miles this week.

An expression in mathematics is a combination of terms both constant and variable. For example, we can write the expressions as -

2x + 3y + 5

2z + y

x + 3y

The distance rode by Lexi per day is mentioned below -

Monday - Lexi rode 3 miles on a bike.

Tuesday - Lexi rode 3 times more than she did Monday.

Wednesday - Lexi rode an additional 4 miles.

We can write the expression to find the total distance in miles covered by Lexi as -

d = d{M} + d{T} + d{W}

d = 3 + (3 + 3) + 4

d = 3 + 6 + 4

d = 13 miles

Therefore, she rode a total distance of 16 miles this week.

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Answer:

the only correct statement is B: the upper quartile value is 96.

Step-by-step explanation:

First, let's put the temperatures in order: 76, 80, 82, 89, 89, 91, 96, 98, 98, 100.

A. To find the median, we need to find the middle value in the ordered set of data. Since there are an even number of values, we take the average of the two middle values. The two middle values are 89 and 91, so the median is (89+91)/2 = 90. Therefore, statement A is false.

B. To find the upper quartile, we need to find the value that separates the highest 25% of the data from the rest. Since there are 10 values, the upper quartile is the 7th value when the data is ordered. The 7th value is 96, so statement B is true.

C. To find the lower quartile, we need to find the value that separates the lowest 25% of the data from the rest. Since there are 10 values, the lower quartile is the 3rd value when the data is ordered. The 3rd value is 82, so statement C is false.

D. The interquartile range is the difference between the upper quartile and the lower quartile. From our previous calculations, we know that the upper quartile is 96 and the lower quartile is 82. Therefore, the interquartile range is 96-82 = 14. Statement D is false.

Therefore, the only correct statement is B: the upper quartile value is 96.

The unit rate of the table is 2. The table and the equation has the same unit rates.

According to the question,

We have the following information:

We have a table where the values of X and Y are given in two vertical columns.

Now, we know that unit rate means that for any question (including measurements of physical quantities) the denominator should be 1.

In this case, the unit rate of table can be found by taking any two rows.

Let's take the first two rows to find the unit rate of the table:

(6-4)/(3-2)

2/1

2

So, the unit rate of the table is 2.

The unit rate of the equation is y = 2x or y/x = 2.

Hence, the unit rate of the table and the equation is 2.

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The sample variance for the given data is 4.4 minutes. This corresponds to option e. in the list of choices provided.

The sample variance is a measure of how much the individual data points in a sample vary from the mean.

It is calculated by finding the average of the squared differences between each data point and the mean.

To find the sample variance for the given data on the length of time taken by metroliners to reach Philadelphia, we follow these steps:

Calculate the mean (average) of the data set:

Mean = (93 + 89 + 91 + 87 + 91 + 89) / 6 = 540 / 6 = 90

Subtract the mean from each data point and square the result:

(93 - 90)^2 = 9

(89 - 90)^2 = 1

(91 - 90)^2 = 1

(87 - 90)^2 = 9

(91 - 90)^2 = 1

(89 - 90)^2 = 1

Calculate the sum of the squared differences:

9 + 1 + 1 + 9 + 1 + 1 = 22

Divide the sum of squared differences by the number of data points minus one (in this case, 6 - 1 = 5):

Variance = 22 / 5 = 4.4

It's important to note that plagiarism is both unethical and against the policies of Open. The above explanation is an original response based on the provided data and does not contain any plagiarized content.

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Answer:

Because the residual plot does not show a clear pattern, a linear model is appropriate.

Step-by-step explanation:

If the population density for the area is 18.8 residents per square mile, to the nearest hundred, approximately 34,000 residents would be infected.

When a virus is accidentally released from a CDC lab, and it infects everyone within a 24-mile radius from the CDC lab, then if the population density for the area is 18.8 residents per square mile, to the nearest hundred, how many people were infected.

The number of people infected within the 24-mile radius from the CDC lab is calculated as follows:

The area of a circle with a radius of 24 miles is A = πr²,

which is A = π(24²) = 1,809.56 square miles, and the population density for the area is 18.8 residents per square mile.

Therefore, the number of people infected is calculated by multiplying the area by the population density:

Residents infected = area x population density

= 1,809.56 x 18.8 ≈ 34,037.

Approximating to the nearest hundred yields 34,000.

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Answer:

the answer is C = between 10 and 17 ft

The total cost of power generation for a specific load demand can be calculated by optimally allocating the load demand to each unit based on their power output limits. The allocation is done in a way that minimizes the overall cost while meeting the load demand.

In the given power system depicted in Figure 1, there are three units that are always running. Each unit has specific characteristics regarding their minimum power output (Pmin), maximum power output (Pmax), and incremental cost (Ci). Let's discuss the characteristics of each unit and calculate the total cost of power generation for a given load demand.

Unit 1:

Pmin = 200 MW

Pmax = 500 MW

Ci = $50/MWh

Unit 2:

Pmin = 150 MW

Pmax = 400 MW

Ci = $40/MWh

Unit 3:

Pmin = 100 MW

Pmax = 300 MW

Ci = $30/MWh

To calculate the total cost of power generation for a given load demand, we need to determine the optimal power output for each unit. We start by considering the units with the lowest incremental cost first.

Suppose the load demand is D MW. We allocate the load demand to the units as follows:

Step 1: Check if Unit 1 can meet the load demand within its power range. If yes, allocate the load demand to Unit 1 and calculate the cost:

Cost1 = Ci * P1, where P1 is the power output of Unit 1.

Step 2: If there is still remaining load demand, allocate it to Unit 2:

Cost2 = Ci * P2, where P2 is the power output of Unit 2.

Step 3: If there is still remaining load demand, allocate it to Unit 3:

Cost3 = Ci * P3, where P3 is the power output of Unit 3.

Finally, the total cost of power generation, Cost_total, is the sum of Cost1, Cost2, and Cost3:

Cost_total = Cost1 + Cost2 + Cost3

To find the optimal power output for each unit, we consider the load demand and compare it to the minimum and maximum power output limits for each unit. The power allocation is based on meeting the load demand while minimizing the overall cost of power generation.

In summary, given the characteristics of the three units in the power system (Pmin, Pmax, and Ci), the total cost of power generation for a specific load demand can be calculated by optimally allocating the load demand to each unit based on their power output limits. The allocation is done in a way that minimizes the overall cost while meeting the load demand.

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Answer:

486

Step-by-step explanation:

area of a cube =6x²

length= 9

area=6×9²

=6×81

=486

The estimated margin of error for the given confidence interval is 0.36.

We need to know the sample size, confidence level, and population standard deviation in order to calculate the margin of error. Unfortunately, the question doesn't provide any of these values.

However, by assuming a population standard deviation and a confidence level, we may still calculate the margin of error. The most popular option for the confidence level is 95%, which has a z-score of 1.96.

The formula for calculating the standard error of the mean is: Assuming a standard deviation of 1,

SE = 1/\(\sqrt{n}\)

where the sample size is n. When we rearrange this equation to account for n, we obtain:

n = (1 / SE)²

We can determine n by substituting the crucial value and the provided interval boundaries for the z-score of 1.96:

SE * sqrt(n) = (17.78 - 17.44) / 1.96 SE = 0.17 / sqrt SE * sqrt(n) = (17.78 - 17.44) / 1.96 SE(n)

When we enter this into the formula to calculate the standard error of the mean, we obtain:

1 /\(\sqrt{n}\) = 0.17 / sqrt(n)(n)

As we solve for n, we obtain:

n = 28.56

In order to reach the specified confidence interval, we would therefore require a sample size of 29 assuming a standard deviation of 1.

This projected sample size allows for the following calculation of the margin of error:

E=z*(\(\sqrt{n}\))

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The estimated margin of error for the given confidence interval is 0.36.

We need to know the sample size, confidence level, and population standard deviation in order to calculate the margin of error. Unfortunately, the question doesn't provide any of these values.

However, by assuming a population standard deviation and a confidence level, we may still calculate the margin of error. The most popular option for the confidence level is 95%, which has a z-score of 1.96.

The formula for calculating the standard error of the mean is: Assuming a standard deviation of 1,

SE = 1/\(\sqrt{n}\)

where the sample size is n. When we rearrange this equation to account for n, we obtain:

n = (1 / SE)²

We can determine n by substituting the crucial value and the provided interval boundaries for the z-score of 1.96:

SE * sqrt(n) = (17.78 - 17.44) / 1.96 SE = 0.17 / sqrt SE * sqrt(n) = (17.78 - 17.44) / 1.96 SE(n)

When we enter this into the formula to calculate the standard error of the mean, we obtain:

1 /\(\sqrt{n}\) = 0.17 / sqrt(n)(n)

As we solve for n, we obtain:

n = 28.56

In order to reach the specified confidence interval, we would therefore require a sample size of 29 assuming a standard deviation of 1.

This projected sample size allows for the following calculation of the margin of error:

E=z*(\(\sqrt{n}\))

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Answer:

No

Step-by-step explanation:

When \(x=2\), \(y=-6(2)=-12\), not \(4\).

Step-by-step explanation:

180°- 43° = 137°

because when angles are supplementary the add up to 180 degrees and since we have one of the angles we can easily find the other =>

The MATLAB code to accomplish the task is:

% Part 1: Plot f(x) from 'r' to '+re' for 100 points

r = 0; % Starting value of x

re = 2*pi; % Ending value of x

n = 100; % Number of points

x = linspace(r, re, n); % Generate 100 points from 'r' to '+re'

f = exp(sin(x)) + exp(-1)*cos(x); % Evaluate f(x)

figure;

plot(x, f);

title('Plot of f(x)');

xlabel('x');

ylabel('f(x)');

% Taylor's series expansion for f(x) of degree 4

g = exp(0) + 0.*x + (1/6).*x.^3 + 0.*x.^4; % Degree 4 approximation of f(x)

figure;

plot(x, f, 'b', x, g, 'r--');

title('Taylor Series Expansion of f(x)');

xlabel('x');

ylabel('f(x), g(x)');

legend('f(x)', 'g(x)');

In the code, the 'linspace' function is used to generate 100 equally spaced points from the starting value `r` to the ending value `re`.

The function `exp` is used for exponential calculations, `sin` and `cos` for trigonometric functions.

The first figure shows the plot of `f(x)` over the specified range, and the second figure displays the Taylor series approximation `g(x)` of degree 4 along with the actual function `f(x)`.

In conclusion, the MATLAB code generates a plot of the function f(x) = esin(x) + ecos(x) over the specified range using 100 points. It also calculates the Taylor series expansion of degree 4 for f(x) and plots it alongside the actual function. The resulting figures show the graphical representation of f(x) and the degree 4 approximation g(x) using Taylor's series.

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