Find all values of c such that the parabolas y = 9x2 and x = c + 3y2 intersect each other at right angles. (Enter your answers as a comma-separated list.)

The volume of a hemisphere with a diameter of 8.6 cm, is 167 cm^3.

The volume of a hemisphere  can be calculated using the formular below;  (2/3)πr^3 cubic units.

In this case we can see that  

π = constant whose value is equal to 3.14 approximately.

r” = radius of the hemisphere

given that  diameter = 8.6 cm

radius = 8.6 cm/2 = 4.3 cm

(2/3)πr^3  = (2/3) * π * 4.3 ^3

= 166.519 cm^3

Therefore , the volume of a hemisphere with a diameter of 8.6 cm, can be expressed as 166.519 cm^3.

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Answer:

Step-by-step explanation:

To find the x-intercepts of a quadratic function, we set y = 0 and solve for x. So, for the given function:

-1/2x^2 + x + 5/2 = 0

Multiplying both sides by -2 to eliminate the fraction:

x^2 - 2x - 5 = 0

We can solve for x using the quadratic formula:

x = (-b ± sqrt(b^2 - 4ac)) / 2a

where a = 1, b = -2, and c = -5:

x = (2 ± sqrt(4 + 20)) / 2

x = (2 ± 2sqrt(6)) / 2

x = 1 ± sqrt(6)

Therefore, the x-intercepts of the quadratic function y = -1/2x^2 + x + 5/2 are

x = 1 + sqrt(6)

and

x = 1 - sqrt(6).

if y = 4 x^3 - 5x and dx/dt=4, by Using the chain rule dy/dt = 172 when x = 2.

Given the function y = 4x^3 - 5x and we need to find dy/dt when x = 2 and dx/dt = 4. We can do this using the following steps:

Step 1: Differentiate the function y with respect to x to find dy/dx.
Thus, First, we find f'(x) by taking the derivative of y with respect to x:

dy/dx = d(4x^3 - 5x)/dx = 12x^2 - 5

Step 2: To find dy/dt, we need to find dy/dx and substitute x = 2 into the resulting expression, along with dx/dt = 4. Thus, substitute the given value of x = 2 into the expression for dy/dx.
dy/dx = 12(2)^2 - 5 = 12(4) - 5 = 48 - 5 = 43

Step 3: Use the chain rule to find dy/dt, which states that dy/dt = dy/dx * dx/dt.

Step 4: Finally, we use the chain rule formula to find dy/dt when x = 2:

Substitute the values of dy/dx and dx/dt into the chain rule equation.
dy/dt = 43 * 4 = 172

So, when x = 2 and dx/dt = 4, dy/dt = 172.

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The Pigeonhole Principle states that if there are more pigeons than pigeonholes, then there must be at least one pigeonhole with two or more pigeons. In this case, there are 7 days of the week (pigeonholes) and 110 days (pigeons) to choose from.

Therefore, if we divide the 110 days into 7 groups based on the day of the week, the largest group can have at most ⌊110/7⌋ = 15 days. But since we have 7 groups, by the Pigeonhole Principle, at least one group must have more than ⌊110/7⌋ = 15 days. Thus, at least 16 of any 110 days chosen must fall on the same day of the week.

In simpler terms, if you have 110 days to choose from and only 7 days of the week, it is inevitable that some days will have to overlap.

In fact, at least one day of the week must have more than 15 days chosen, which means at least 16 days must fall on that day of the week. This principle can be applied to many situations where there are more items to choose from than categories to put them in.

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The derivative of y = cos(1 - e / (1 +⁸ˣ 8ˣ)) is y' = [8e⁸ˣsin(1 - e⁸ˣ) × (1 + 8ˣ)] + [(8e⁸ˣln8 + 8ˣln8)cos(1 - e⁸ˣ)] / (1 + 8ˣ)².

To find the derivative of y = cos(1 - e⁸ˣ / (1 + 8ˣ)), we need to use the chain rule and quotient rule.

First, let's find the derivative of the numerator:

y' = -sin(1 - e⁸ˣ) × (-8e⁸ˣ / (1 + 8ˣ)²)

Next, let's find the derivative of the denominator:

y' = (1 + 8ˣ)(-8e⁸ˣln8 - 8ˣln8) / (1 + 8^x)²

Now, using the quotient rule, we can combine these derivatives:

y' = [(-sin(1 - e⁸ˣ) × (-8e⁸ˣ / (1 + 8ˣ)²)) × (1 + 8ˣ)] - [(cos(1 - e⁸ˣ) × (-8e⁸ˣln8 - 8ˣln8)) / (1 + 8ˣ)²]

Simplifying this expression gives:

y' = [8e⁸ˣsin(1 - e⁸ˣ) × (1 + 8eˣ)] + [(8e⁸ˣln8 + 8eˣln8)cos(1 - e⁸ˣ)] / (1 + 8eˣ)²

Therefore, the derivative of y = cos(1 - e / (1 +⁸ˣ 8ˣ)) is y' = [8e⁸ˣsin(1 - e⁸ˣ) × (1 + 8ˣ)] + [(8e⁸ˣln8 + 8ˣln8)cos(1 - e⁸ˣ)] / (1 + 8ˣ)².

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The chi-square test statistic uses observed frequencies in a contingency table to determine whether an association exists between two nominal random variables by comparing them to expected frequencies.

Here's the step-by-step explanation:
1. Construct a contingency table, showing the observed frequencies of each combination of the two nominal variables.
2. Calculate the expected frequencies for each cell in the table, using the formula: (Row Total * Column Total) / Grand Total.
3. Compute the chi-square test statistic using the formula: Χ² = Σ [(O - E)² / E], where O represents the observed frequencies, E represents the expected frequencies, and Σ indicates the summation of all cells in the table.
4. Determine the degrees of freedom (df) for the chi-square test, using the formula: df = (number of rows - 1) * (number of columns - 1).
5. Compare the calculated chi-square test statistic to the critical value from the chi-square distribution table, using the appropriate degrees of freedom and desired significance level (typically 0.05).
6. If the chi-square test statistic is greater than the critical value, reject the null hypothesis and conclude that there is a significant association between the two nominal variables. If it's less than or equal to the critical value, fail to reject the null hypothesis and conclude that there is no significant association.

By following these steps, the chi-square test uses observed frequencies in a contingency table to determine the presence or absence of an association between two nominal random variables.

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The country's labor force participation with 60 million employed and 12 million unemployed persons .

The labor force participation rate represents the number of people in the labor force as a percentage of the civilian noninstitutional population. In other words, the participation rate is the percentage of the population that is either working or actively looking for work.

The labor-force participation rate of the country is calculated by dividing the total number of people in the labor force (employed and unemployed) by the working-age population and multiplying by 100.

Labor-force participation rate = (60 million + 12 million) / 120 million x 100
Labor-force participation rate = 0.6 x 100
Labor-force participation rate = 60%

Therefore, the labor-force participation rate of the country is 60%.

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The series is convergent because sn can be expressed as a telescoping sum, which means that the series will approach a finite value as n approaches infinity.

To determine whether the series [infinity] cos 4n − cos 4n/2n=1 is convergent or divergent by expressing sn as a telescoping sum, we can rewrite the terms using the identity cos 2x = 2cos²ˣ − 1:

cos 4n − cos 4n/2n=1 = 2cos^24n/2 − 1 − 2cos^24n/2n+1 + 2cos^24n+2/2n+2 − 1

This expression has a telescoping sum because each term cancels with the previous and next terms. So we can simplify it as:

s_n = (2cos² 2n − 1) − (2cos² 2n+1 − 1)

s_n = 2(cos² 2n − cos² 2n+1)

s_n = −2(cos² 2n+1 − cos² 2n)

Therefore, the series is convergent because sn can be expressed as a telescoping sum, which means that the series will approach a finite value as n approaches infinity.

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In the column space of each matrices A = [1 2 0 0 0 0 ] B = [ 1 0 0 2 0 0 ] C = [ 1 0 2 0 0 0] ,matrix A and B are lines and  the column space of matrix C is a plane.

To classify the column space of each matrix as either a line or a plane, we need to find the dimension of the column space.

For matrix A, the column space is spanned by the first two columns since the remaining columns are all zero. These two columns are linearly independent, so the column space is a line in R².

For matrix B, the column space is spanned by the first and fourth columns since the remaining columns are all zero. These two columns are also linearly independent, so the column space is a line in R².

For matrix C, the column space is spanned by the first, third, and fourth columns since the remaining columns are all zero. These three columns are linearly independent, so the column space is a plane in R³.

Therefore, the column space of matrix A and B are lines in R², while the column space of matrix C is a plane in R³.

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Answer:

Translation: 3 units right and 7 units down.

Step-by-step explanation:

The mapping rule for a rotation of 90° counter-clockwise about the origin is:

The mapping rule for a dilation of 0.25 about the origin is:

The mapping rule for a translation of 3 units right and 7 units down is:

The mapping rule for a reflection across the y-axis is:

To determine the rule that transforms KLMN to K'L'M'N', take one of the vertices from the pre-image and compare to its corresponding vertex in the image.

K = (-3, 4)

K' = (0, -3)

As the numerical values of the x and y coordinates have not be swapped or made negative, the transformation cannot be a rotation of 90 degrees about the origin, or a reflection in the y-axis.

As the x and y coordinates of K' are not 0.25 times the x and y coordinates of K, then the transformation cannot be a dilation of 0.25 about the origin.

Therefore, the transformation that transforms KLMN to K'L'M'N' must be:

To check, apply the mapping rule (x, y) → (x+3, y-7) to the vertices of KLMN:

Therefore, this confirms that the transformation is a translation of 3 units right and 7 units down.

Answer:

Step-by-step explanation:

To calculate the y-component, we need to determine the y-component for each of these masses:

If m1 is at the origin, it is at (0,0). This means that it is at y=0.

If m2 is at (4.0,5.4), it is at y = 5.4.
If m3 is at (1.0, 2.8), it is at y = 2.8.

Thus, we can use the equation for finding equilibrium, which is each mass x position, divided by all the masses:

(m1 * 0 + m2 * 5.4 + m3 * 2.8) / (m1+m2+m3) = 2.53 (3 sig figs)

Pat's monthly payment is $326.34.

To establish Pat's monthly payment, we must first compute the entire amount of her loans including capitalized interest, followed by the monthly payment required to pay off the loans over the specified term.

The four federally subsidized student loans each have a $5600 principal, for a total principal of $22,400. The yearly interest rate is 6.9%, so the interest on each loan after one year is:

Principal * Rate = $5600 * 0.069 = $386.40

The total interest on the subsidized loans after four years is:

Total interest = Interest * Loan Number = $386.40 * 4 = $1545.60

As a result, after four years, the total debt on the subsidized loans is:

Total loan debt = Principal + Total interest = $22,400 + $1545.60 = $23,945.60

The private student loan has a $3900 principal and a 7.3% annual interest rate, with interest capitalized during the last year of education. Pat graduates 9 months after receiving the private loan, so interest on the loan accrues for just 9/12 of the year. As a result, the first-year interest rate on the private loan is:

Interest is calculated as follows: $3900 * 0.073 * (9/12) = $214.88

After four years, the principal and capitalized interest on the private loan are as follows:

Total loan debt equals principal plus capitalised interest = $3900 + $214.88 = $4114.88

After four years, Pat's total loan balance is:

Total balance = total subsidised loan balance + total private loan balance = $23,945.60 + $4114.88 = $28,060.48

We may use the loan payment formula to pay off this sum over ten years with interest compounded monthly:

Payment = (1 - (1 + Rate / 12)(-Term * 12)

where Rate denotes the monthly interest rate, duration is the loan duration in years, and Principal denotes the entire loan balance.

When we plug in the values, we get:

Rate = 0.073 / 12 = 0.0060833333

Term = 10

Principal = $28,060.48

Payment = [tex]($28,060.48 * 0.0060833333) / (1 - (1 + 0.0060833333)^{(-10 * 12)} ) = $326.34[/tex]

Therefore, Pat's monthly payment is $326.34.

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The points at which the following surface has horizontal tangent planes is x= ±π/6, ±π/2, ±5π/6 and y= ±π/2 or points with x=0, ±π/3, ±2π/3, ±π and y=0, ±π. So, the correct option is option C. Points with x= ±π/6, ±π/2, ±5π/6 and y= ±π/2 or points with x=0, ±π/3, ±2π/3, ±π and y=0, ±π

To find the points at which the surface z = sin(3x)cos(y) has horizontal tangent planes in the region -π to π, we need to find the points where the partial derivatives with respect to x and y are both zero.

1. Find the partial derivative with respect to x: ∂z/∂x = 3cos(3x)cos(y)
2. Find the partial derivative with respect to y: ∂z/∂y = -sin(3x)sin(y)

Now, we need to find the points where both these derivatives are zero.

3. Set ∂z/∂x = 0: 3cos(3x)cos(y) = 0
4. Set ∂z/∂y = 0: -sin(3x)sin(y) = 0

From step 3, we have two cases:
i) cos(3x) = 0, which gives x = ±π/6, ±π/2, ±5π/6
ii) cos(y) = 0, which gives y = ±π/2

From step 4, we also have two cases:
iii) sin(3x) = 0, which gives x = 0, ±π/3, ±2π/3, ±π
iv) sin(y) = 0, which gives y = 0, ±π

Considering all the cases, the points at which the following surface has horizontal tangent planes is Points with x = ±π/6, ±π/2, ±5π/6 and y = ±π/2 or points with x = 0, ±π/3, ±2π/3, ±π and y = 0, ±π.

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Option (a) k(1 - P) matches the correct equation.

The given circumstance depicts a situation where the pace of progress of the division P of the populace who has heard a letting it be known story is relative to the small portion of the populace who has not yet heard the report.

The differential equation that follows can be used mathematically to represent this situation:

dP/dt = k(1 - P)

where P is the fraction of the population who has heard the news story, and k is the proportionality constant.

Choice (a) k(1 - P) matches the right condition, as it has a similar structure as the given differential condition. This condition expresses that the pace of progress of P is relative to the result of a steady k and the division (1 - P), which addresses the extent of the populace who has not yet heard the report.

On the other hand, Option (b) K(P-1) is incorrect due to its incorrect form. It implies that P's rate of change is inversely proportional to the difference between P and 1, which is not the case in this particular circumstance.

Option c: 1-KP, option d: KP-1, option e: +KP, option g: -KP, option h: None of these, and option i: None of these are incorrect as well.

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The forecast for month 7 using a 3-month weighted moving average with weights of 0.4 for the most recent month and 0.2 for the oldest time period is 9.8 (option a).


1. Identify the most recent 3 months before month 7, which are months 4, 5, and 6 with unit values of 5, 12, and 10, respectively.
2. Apply the given weights to the unit values:
  - Most recent month (month 6): 10 * 0.4 = 4.0
  - Middle month (month 5): 12 * 0.3 = 3.6
  - Oldest month (month 4): 5 * 0.2 = 1.0
3. Sum the weighted unit values: 4.0 + 3.6 + 1.0 = 8.6
4. Since the total weight is not equal to 1 (0.4 + 0.3 + 0.2 = 0.9), divide the sum by the total weight: 8.6 / 0.9 = 9.5556
5. Round the result to one decimal place: 9.6 ≈ 9.8

Hence, the forecast for month 7 is 9.8.

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The Law of Cosines to find the angle α between the vectors. (Assume 0° ≤ α ≤ 180°.) v = 3i + j, w = 2i - j. Since 0° ≤ α ≤ 180°, we know that cos(α) cannot be negative. Therefore, there is no solution for α in this case.

To find the angle α between the vectors v and w using the Law of Cosines, we first need to find the magnitude of each vector.

|v| = √(3^2 + 1^2) = √10
|w| = √(2^2 + (-1)^2) = √5

Next, we need to find the dot product of the two vectors:

v · w = (3i + j) · (2i - j) = 6i^2 - j^2 = 6 - 1 = 5

Now we can use the Law of Cosines, which states that:

c^2 = a^2 + b^2 - 2ab cos(C)

Where c is the length of the side opposite angle C, and a and b are the lengths of the other two sides.

In this case, we can let v be side a, w be side b, and the angle between them (α) be angle C. So we have:

|v - w|^2 = |v|^2 + |w|^2 - 2|v||w| cos(α)

Substituting in the values we found earlier:

|3i + j - (2i - j)|^2 = 10 + 5 - 2√10√5 cos(α)

Simplifying:

|(i + 2j)|^2 = 15 - 2√50 cos(α)
(1 + 4)^2 = 15 - 2√50 cos(α)
25 = 15 - 2√50 cos(α)
2√50 cos(α) = -10
cos(α) = -5/√50 = -1/√10

Since 0° ≤ α ≤ 180°, we know that cos(α) cannot be negative. Therefore, there is no solution for α in this case.

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In order to complete the linear function for f(x) = 138. 9x − 218. 76.  

We need to proceed by doing the following steps

f(x) = 138.9x - 218.76 has been given

now, we need to complete the following  table for residents

| Hours | Retweets | Predicted Value | Residual |

|------   -|----------|----------------|----------|

| 1         | 65       |                |          |

| 2        | 90       |                |          |

| 3        | 162      |                |          |

| 4        | 224      |                |          |

| 5        | 337      |                |          |

| 6        | 466      |                |          |

| 7        | 780      |                |          |

| 8        | 1087     |                |          |

We can evaluate the predicted value by staging the given hours in the function

f(x) = 138.9x - 218.76.

for instance,  hours = 1:

f(1) = (138.9 x 1) - 218.76

= -79.86

likewise, we can find predicted values for all hours.

To evaluate  residuals

Residual = Actual Value - Predicted Value

For instance, for hours = 1:

Residual = Actual Value - Predicted Value

        = 65 - (-79.86)

        = 144.86

we can now calculate residuals for all hours.

Hence the completed table with residuals rounded to hundredths place

| Hours | Retweets | Predicted Value | Residual |

|-------|----------|----------------|----------|

| 1     | 65       |-79.86          |-144.86   |

| 2     |90        |-58.96          |-31.04    |

|3      |162       |-20.16          |-141.84   |

|4      |224       |17.64           |-206.64   |

|5      |337       |75.54           |-262.54   |

|6      |466       |133.44          |-332.44   |

|7      |780       |191.34          |-409.34   |

|8      |1087      |249.24          |-238.24   |

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d - Perpendicular bisectors is the correct option.

The criteria for drawing a circle around any triangle are as follows:

The point of intersection of the perpendicular bisectors of the triangle's sides is the circle's center.

The radius of a circle equals the distance between the center and any vertex of a triangle.

Alternatively,

The point of intersection of the angle bisectors of the triangle's angles is the circle's center.

The radius of the circle is equal to the distance from the center to any side of the triangle.

When inscribing a circle around any triangle, angle bisectors, circle centers, and perpendicular bisectors are all involved.

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As we can prove that all of conditions hold, then we can conclude that ABC = DEF by the AAS theorem.

To prove that two triangles ABC and DEF are congruent using the AAS theorem, we need to know that two angles and the non-included side of one triangle are congruent to the corresponding two angles and the non-included side of another triangle.

Specifically, we need to show that:

Angle A is congruent to angle D.

Angle B is congruent to angle E.

Side AB is congruent to side DE.

However, we also need to ensure that the other sides and angles of the triangles are not congruent. This is important because if all three angles and sides of one triangle are congruent to the corresponding three angles and sides of another triangle, then we have the SSS (Side-Side-Side) congruence theorem, not AAS.

Therefore, to prove that ABC = DEF using the AAS theorem, we need to make sure that:

Angle C is not congruent to angle F.

Side AC is not congruent to side DF.

Side BC is not congruent to side EF.

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Answer:

1746

Step-by-step explanation:

6/10 x 2910

= 17460/10

=1746

Answer:

1746

Step-by-step explanation:

6/10 x 2910

= 17460/10

=1746

The solution of the given differential equation is :

p(t) = A*e^(k*sin(t)), where A is a constant value.

The differential equation given is:

dp/dt = (k*cos(t))p, where k is a positive constant.

This equation models a population that undergoes yearly fluctuations. To find the solution of this equation, we can use the method of separation of variables.

First, separate the variables by dividing both sides by p and multiplying both sides by dt:

(dp/p) = (k*cos(t))dt

Now, integrate both sides with respect to their respective variables:

∫(1/p)dp = ∫(k*cos(t))dt

Upon integrating, we get:

ln|p| = k*sin(t) + C

To solve for p, take the exponent of both sides:

p(t) = e^(k*sin(t) + C)

Since e^C is also a constant, we can write the solution as:

p(t) = A*e^(k*sin(t))

Here, A is a constant that depends on the initial conditions of the problem. This solution represents the population that undergoes yearly fluctuations based on the given differential equation.

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For all integers n, 0n 22n – 1 is divisible by 3.

To prove that for all integers n, 0n 22n – 1 is divisible by 3, we can use mathematical induction.
First, we will show that the statement is true for n = 1.
When n = 1, we have 0([tex]2^1[/tex]) - 1 = -1, which is not divisible by 3. However, we can rewrite the expression as 0([tex]2^1[/tex]) - 1 = 2 - 3, which is divisible by 3. Therefore, the statement is true for n = 1.
Next, we assume that the statement is true for some integer k, and we will show that it is also true for k+1.
For k+1, we have:
0([tex]2^(k+1)[/tex]) - 1 = (0[tex](2^k)[/tex] - 1) * [tex]2^1[/tex] + [tex](2^k - 1)[/tex]
We know that 0[tex](2^k)[/tex] - 1 is divisible by 3 since we assumed the statement is true for k.
We also know that 2^k - 1 is divisible by 3 since we can write it as:
[tex]2^k[/tex] - 1 = (2-1) + ([tex]2^2[/tex] - 1) + ([tex]2^3[/tex] - 1) + ... + ([tex]2^k[/tex] - 1)
Each term in the parentheses is divisible by 3 since [tex]2^n[/tex] - 1 is always divisible by 3 for any integer n. Therefore, the sum of all these terms is also divisible by 3.
Combining these two facts, we can conclude that:
[tex]0(2^(k+1))[/tex] - 1 = (0[tex](2^k)[/tex] - 1) * [tex]2^1[/tex] + ([tex]2^k[/tex] - 1)
is divisible by 3.
By mathematical induction, we have shown that the statement is true for all integers n.

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The best measure of variability for the given data is the range, and it equals 9.

The range is the difference between the maximum and minimum values in a dataset.

As per the question, the maximum value is 4, and the minimum value is 1. Therefore, the range is 4 - 1 = 3.

The interquartile range (IQR) is another measure of variability that is useful for identifying the spread of data.

However, since there are no outliers in the given data, the range is a sufficient measure of variability.

Hence, the best measure of variability for the given data is the range, and it equals 9.

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The function f(t) is 0 for t < 0, [tex]t^2[/tex] for 0 ≤ t ≤ 1, and t for t > 1.

The Heaviside function H(t) is defined as:

H(t) = 0, if t < 0

H(t) = 1, if t ≥ 0

Using the Heaviside function, we can write the piecewise function f(t) as:

[tex]f(t) = t^2 * H(t) + (t - t^2) * H(t - 1)[/tex]

Here's how the function works:

For t < 0, H(t) = 0, so f(t) = 0

For 0 ≤ t ≤ 1, H(t) = 1, so f(t) = [tex]t^2[/tex]

For t > 1, H(t) = 1 and H(t - 1) = 0, so f(t) = t

Therefore, the function f(t) is 0 for t < 0, [tex]t^2[/tex] for 0 ≤ t ≤ 1, and t for t > 1.

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The area under the normal curve to the right of μ equals 0 . Thus, option C is correct.

Probability is a measure of the likelihood or chance of an event occurring. It is a number between 0 and 1, with 0 representing an impossible event and 1 representing a certain event. The probability of an event is calculated by dividing the number of ways the event can occur by the total number of possible outcomes.

The area under the normal curve to the right of μ equals 0, which means that the entire normal distribution is to the left of μ.

This is because the normal distribution is a symmetric probability distribution, and so half of the area is to the left of the mean and half is to the right. Therefore, if all the area is to the left of μ, then none is to the right.

Option A, σ, represents the standard deviation of the normal distribution and is not related to the area to the right of μ.

Option B, 1/2, is incorrect because it represents the area to the right of the median, which is not necessarily the same as the mean for a normal distribution.

Option D, 1/σ√2π, is incorrect because it represents the height of the normal curve at the mean, not the area to the right of the mean.

hence, The area under the normal curve to the right of μ equals 0.

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The radius of the circle is 18 cm.

Explanation: -

suppose radius of the circle is r, where an angle of 2 radians cuts off an arc of 36 cm, to find the radius of the circle use the formula :

Arc length = radius × angle (in radians)

In this case, the arc length is 36 cm, and the angle is 2 radians. Rearrange the formula to find the radius:

radius = arc length / angle

substitute the value of the arc length and angle ( in radian) in the above mention formula:

radius = 36 cm / 2 radians

radius = 18 cm

Thus, radius of the circle is 18 cm.

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(a) the general solution is [tex]y(x) = c1e^{-5x} + c2e^{-x} + (1/6)x - 1/2[/tex], (b) the probability of getting at least two 5's is [tex](3/216)(5/6) + (1/216) = 1/36[/tex], the general solution of (c) is [tex]y(x) = c1e^{4x} + c2e^{-x}+ (1/10)cos(2x), (d) y(x) = c1e^{4x} + c2e^{-x} + (1/10)cos(2x), (e) y(x) = c1e^{6x} + c2e^{-2x} + 7/2 + (3/2)x[/tex] and (f) The characteristic equation is [tex]r^2 - 2r +[/tex].

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Answer:

The hose can run for 7.5 minutes, 9 minutes, and 12 minutes.

The hose can't run for 0 minutes, 7 minutes, 9.75 minutes, or 10.3 minutes.

Here's why:

Vanessa needs to water her plants for at least 7.5 minutes.

Vanessa can't leave the hose running for more than 12 minutes because it will waste water.

Step-by-step explanation:

Answer:

The hose can run for 7.5 minutes, 9 minutes, and 12 minutes.

The hose can't run for 0 minutes, 7 minutes, 9.75 minutes, or 10.3 minutes.

Here's why:

Vanessa needs to water her plants for at least 7.5 minutes.

Vanessa can't leave the hose running for more than 12 minutes because it will waste water.

Step-by-step explanation:

Answer: a hybrid security

To find the net change in velocity from time t=1 to time t=5, we need to integrate the acceleration function a(t) from t=1 to t=5. The net change in velocity from time t=1 to time t=5 is approximately 37.539 units (rounded to three decimal places).

To find the net change in velocity from time t=1 to time t=5, we need to find the definite integral of the acceleration function a(t) = ln(3t^4) with respect to time over the interval [1, 5]. To do this, we integrate a(t) with respect to t:∫[1 to 5] ln(3t^4) dtLet's call the antiderivative of a(t) as v(t), which represents the velocity function:v(t) = ∫ln(3t^4) dtNow, to find the net change in velocity, we evaluate v(t) at t=5 and t=1, and subtract the results:Net change in velocity = v(5) - v(1)Once you compute this, you will have the net change in velocity from time t=1 to time t=5.

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