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4/5-1/4

On solving the provided question, we got -  0.001 is a stronger significance level,

any of a product's characteristics taken into account in respect to a certain characteristic. especially: a term's constant component as opposed to its variable. a value that represents a quality or attribute by a number (as of a substance, device, or process)

Whenever a variable is multiplied, a coefficient is used. In this case, "z" is a variable, making 6 a coefficient. 6z stands for 6 times z. Coefficient 1 applies to variables without a value.

0.001 is a stronger significance level, It means that the probability of error for the statistic is greater than 5 in 100, therefore the researchers concluded that the research is not statistically significant.

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Answer:

Therefore, 10/8 is equal to 125%.

Step-by-step explanation:

To find the percentage that is equal to 10/8, we can use the formula:

Percentage = (part/whole) x 100%

Here, 10/8 is the part and we want to find the percentage that it represents. To use this formula, we need to first convert 10/8 to a decimal:

10/8 = 1.25

Now we can plug in the values into the formula and solve for the percentage:

Percentage = (1.25/1) x 100%

Percentage = 125%

\(\huge\text{Hey there!}\)

\(\mathsf{\dfrac{10}{8}}\)

\(\mathsf{= \dfrac{10\div2}{8\div2}}}\)

\(\mathsf{= \dfrac{5}{4}}\)

\(\mathsf{= 5\div4}\)

\(\mathsf{= 1.25}\)

\(\mathsf{= 1.25\times100}\)

\(\mathsf{= 125\rightarrow 125\%}}\)

\(\huge\text{Therefore your answer should be:}\)

\(\huge\boxed{\mathsf{125\%}}\huge\checkmark\)

\(\huge\text{Good luck on your assignment \& enjoy your day!}\)

Answer:

5

Step-by-step explanation:

45 divided by 9 is 5

Answer:

The answer is 7.

Step-by-step explanation:

3*3=9

9-2

= 7 :)

Answer:

Dude my answer got  deleted for no reason!

Step-by-step explanation:

Answer:

a,c,d and maybe e

Step-by-step explanation:

sorry if im wrong

Ans :-

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Solution:-

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hope it helps ∼

Answer:

88% of the coins are quarters.

To find out, you can convert the fraction 44/50 to a percentage by multiplying it by 100.

(44/50) * 100 = 88%.

Answer:

congruent

Step-by-step explanation:

In geometry, two figures or objects are congruent if they have the same shape and size, or if one has the same shape and size as the mirror image of the other.

so yes, they are congruent because they have the same angle

x-1 is the quotient when \(x^2-2x+1\) is divided by x-1

if we equate x-1=0

=> x=1

after putting the value of x=1 in the equation  \(x^2-2x+1\) to find the remainder.

so the value of \(x^2-2x+1\) when x=1

=>1 -2*1 +1

=>0

so the value is 0 which means that x-1 completely divides the given equation  \(x^2-2x+1\)

since the given equation is quadratic equation and one factor is linear so other factor which is quotient also need to be linear.

let the quotient after division is ax+b

and according to rule of division

\(x^2-2x+1\) = (x-1)*(ax+b)

as remainder is 0

so (x-1)*(ax+b) = a\(x^2\) +(b-a)x -b

comparing a\(x^2\) +(b-a)x -b with  \(x^2-2x+1\)

we observe that a=1 ,b=-1

so the quotient of the above divsion is x-1

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Complete question:

what is the quotient when \(x^2-2x+1\) is divided by x-1

Answer:

theres no solution

Step-by-step explanation:

3x+36=3x+12 is not mathmatically correct no matter what x is

Answer:

Cost of an adult =700

Cost of a child =500

Family paid=3100

They got 5 tickets

So,

700x+500y=3100

x+y=5

Multiplying 2nd equation to x=5-y

700(5-y)+500y=3100

y=2

x=5-2

=3

so u got the answer

a. U'(ct) = β(1 + r)U'(ct+1). This equation is known as the Euler equation, which represents the intertemporal marginal rate of substitution between consumption at time t and consumption at time t+1.

b. U'(c1) = β(1 + r)^2U'(c3). This relationship shows that the marginal utility of consumption at time 1 is equal to the discounted marginal utility of consumption at time 3.

c. C0 = ∑t=0[infinity]​(β(1 + r))^tct. This equation represents the sum of the discounted values of consumption at each period, where the discount factor β(1 + r) accounts for the diminishing value of future consumption.

d.  U0 = ∑t=0[infinity]​(β(1 + r))^tln(ct). This equation represents the sum of the discounted values of utility at each period, where the discount factor β(1 + r) reflects the time preference and the logarithmic utility function captures the agent's preference for consumption.

Y0 = y0 + (1 + γ)y1 + (1 + γ)^2y2 + ..., where γ represents the growth rate of income.

a. The optimization problem of the representative agent involves maximizing the present discounted value of utility subject to the period-by-period budget constraint. The Euler equation is derived as follows:

At each period t, the agent maximizes the utility function U(ct) = ln(ct) subject to the budget constraint ct = (1 + r)wt + yt, where wt is the agent's wealth at time t. Taking the derivative of U(ct) with respect to ct and applying the chain rule, we obtain: U'(ct) = β(1 + r)U'(ct+1). This equation is known as the Euler equation, which represents the intertemporal marginal rate of substitution between consumption at time t and consumption at time t+1.

b. The Euler equation between time 1 and time 3 can be written as U'(c1) = β(1 + r)U'(c2), where c1 and c2 represent consumption at time 1 and time 2, respectively.

Similarly, we can write the Euler equation between time 2 and time 3 as U'(c2) = β(1 + r)U'(c3). Combining these two equations, we fin

d U'(c1) = β(1 + r)^2U'(c3). This relationship shows that the marginal utility of consumption at time 1 is equal to the discounted marginal utility of consumption at time 3.

c. The present discounted value of optimal lifetime consumption can be written as C0 = ∑t=0[infinity]​(β(1 + r))^tct. This equation represents the sum of the discounted values of consumption at each period, where the discount factor β(1 + r) accounts for the diminishing value of future consumption.

d. The present discounted value of optimal lifetime utility can be written as U0 = ∑t=0[infinity]​(β(1 + r))^tln(ct).

This equation represents the sum of the discounted values of utility at each period, where the discount factor β(1 + r) reflects the time preference and the logarithmic utility function captures the agent's preference for consumption.

e. The present discounted value of lifetime income, denoted as Y0, can be expressed as Y0 = y0 + (1 + γ)y1 + (1 + γ)^2y2 + ..., where γ represents the growth rate of income. The income in each period is multiplied by (1 + γ) to account for the increasing income over time.

This assumption of income growth allows for a more realistic representation of the agent's economic environment, where income tends to increase over time due to factors such as productivity growth or wage increases.

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To calculate

�

(

4

)

�

�

dw

d(4)

​

, we need to find the derivative of the function

�

(

�

)

=

3

�

5

7

−

8

�

4

7

m(w)=3

7

w

5

​

−8

7

w

4

​

 with respect to

�

w.

To find the derivative of the given function, we can use the power rule and the chain rule of differentiation. Applying the power rule, we differentiate each term separately and multiply by the derivative of the inner function.

The derivative of

3

�

5

7

3

7

w

5

​

 is

3

7

⋅

5

�

5

7

−

1

=

15

7

�

−

2

7

7

3

​

⋅5w

7

5

​

−1

=

7

15

​

w

7

−2

​

.

Similarly, the derivative of

8

�

4

7

8

7

w

4

​

 is

8

7

⋅

4

�

4

7

−

1

=

32

7

�

−

3

7

7

8

​

⋅4w

7

4

​

−1

=

7

32

​

w

7

−3

.

Combining these derivatives, we get

�

(

4

)

�

�

=

15

7

�

−

2

7

−

32

7

�

−

3

7

dw

d(4)

​

=

7

15

​

w

7

−2

​

−

7

32

​

w

7

−3

​.

Since we are only interested in the derivative itself, we don't need to evaluate it at a specific value of w.

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The standard deviation will increase with the sample size, becoming n ≥ 30.

What is the central limit theorem?

The central limit theorem implies that the distribution of the sample means will be roughly normally distributed if you have a population with mean and standard deviation and take sufficiently enough random samples from the population with replacement.

What is the standard deviation?

The standard deviation measures a set of values' variance or dispersion. While a high standard deviation suggests that the values are dispersed throughout a broader range, a low standard deviation indicates that the values tend to be close to the established mean.

According to the theory for the central limit, when large samples are drawn from each community, with and confidence interval, the sample distribution of means may be close to the interval, regardless of the underlying population demographics. The stronger the approach, the larger the sample (typically n≥30).

The sample is significant unless the population is not regularly distributed.

Therefore, if the sample size increases the standard deviation will be n≥30.

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Part a: The expression that represents the area of the rectangle is A = (3x + 5)(6x + 11). To calculate the area, we must multiply the two sides of the rectangle together. The length of the rectangle is 3x + 5 units and the width of the rectangle is 6x + 11 units. Therefore, the area is (3x + 5)(6x + 11).

Part b: The degree of the expression obtained in part a is 2 and the classification is a binomial.

Part c: The closure property for polynomials states that the result of combining two polynomials is also a polynomial. In part a, we combined two polynomials, 3x + 5 and 6x + 11, to form the expression (3x + 5)(6x + 11). This expression is also a polynomial, demonstrating the closure property for polynomials. The closure property for polynomials allows us to combine two polynomials and still have a polynomial as the result. This is important in mathematics because it allows us to simplify equations and solve problems more quickly and efficiently.

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To summarize the performance of the two traders, the median will be the best central tendency measure to use. The median provides a robust measure of central tendency

a. Central Tendency and Summary of Profit: The median will be the most suitable measure to summarize the performance of the traders. The median represents the middle value in a dataset when it is arranged in ascending or descending order.

It is less sensitive to outliers and extreme values compared to the mean, making it a robust measure. By calculating the median profit for each trader, we can assess their typical performance without being influenced by extreme profit values.

b. Selection based on Consistency: To choose a trader based on consistency, we need to analyze the variability in their profits. One way to evaluate consistency is by calculating the interquartile range (IQR), which measures the spread of the middle 50% of the data.

A smaller IQR indicates less variability and higher consistency. By comparing the IQRs of both traders, we can determine which trader has more consistent profits. The trader with a smaller IQR would be the preferable choice for investment purposes, as it suggests more stable and predictable returns over time.

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Answer:

she puts 20 in the basket and she eats  8

Step-by-step explanation:

Step one:

given data

we are told that for every 5 strawberries she puts in the basket, she eats 2

if she picks 28

then she will put 20 in the basket and eat 8

the first 5 she puts in the basket, she ears 2

the second 5 she eats 2, total is 7

the third 5, she eats 2, total is 7

the fourth 5, she eats 2, total is 7

hence she puts 5+5+5+5= 20 in the baskets

and eats 2+2+2+2= 8

Answer:

19

Step-by-step explanation:

Answer:

354.875

Step-by-step explanation:

Answer:

354 people were seated in each section and 7 people were unable to be seated.

Step-by-step explanation:

Answer:

Domain: All real numbers

Range:  f(x) ≥ 5 or f(x) < 2

Step-by-step explanation:

The given graph is a graph of a piecewise function.

Piecewise functions have multiple pieces of curves/lines where each piece corresponds to its definition over an interval.

When graphing piecewise functions:

Domain

The domain of a function is the set of all possible input values (x-values).

From inspection of the graph, the arrows show that the function continues indefinitely in both the positive and negative directions.

The value of x = 1 is not included in the left part of the graph, but it is included in the right part of the graph.

Therefore, the domain of the function is all real values of x:  

Range

The range of a function is the set of all possible output values (y-values).

From inspection of the graph, there is an open circle at y = 2 and a closed circle at y = 5.  Therefore, there are no y-values in the interval:
2 ≤ y < 5.

Therefore, the range of the function is f(x) < 2 or f(x) ≥ 5:

Answer:

7,830

Step-by-step explanation:The answer is 7830 becuase frogs are cool and can swim about 4 feet every 7 years

Use the formula (b/2)^2 in order to create a new term. Solve for by using this term to complete the square.

Cannot solve by completing the square.

Answer:

5x

Step-by-step explanation:

The word "product" is used for multiplication.

Answer:

120 kids prefer video games

Step-by-step explanation:

60% is .60

multiply .60 by 200 to get your answer.

.60 × 200 = 120

Answer:

the answer is (1,-1)

Step-by-step explanation:

Answer:

The answer would be y= |x-2| -1.

When graphing the answer B would be a larger quantity but A is the correct answer. Hope this helps :))

Answer:

The probability of randomly picking a red candy is 1/20 and In percentage value 5%

Step-by-step explanation:

There are 5 blue candies, 6 red candies, and 9 yellow candies.

Now, Total

5 + 6 + 9 = 20 candies

Now, The probability of randomly picking a red candy is 1/20

Now, In percentage

1/20 × 100% = 5%

Thus, The probability of randomly picking a red candy is 1/20 and In percentage value 5%.

-TheUnknownScientist