A triangular face of the roof of the garage has two sides that are feet in length each and a base of length feet. Is the roof a right triangle

The probability that the system is idle in a single-server waiting line system can be calculated using the formula for the probability of zero arrivals during a given time period. In this case, the arrival pattern is characterized by a Poisson distribution with a rate of 3 customers per hour.

The arrival rate (λ) is equal to the average number of arrivals per unit of time. In this case, λ = 3 customers per hour. The average service time (μ) is given as 12 minutes, which can be converted to hours by dividing by 60 (12/60 = 0.2 hours).
The formula to calculate the probability that the system is idle is:
P(0 arrivals in a given time period) = e^(-λμ)
Substituting the values, we have:
P(0 arrivals in an hour) = e^(-3 * 0.2)
Calculating the exponent:
P(0 arrivals in an hour) = e^(-0.6)
Using a calculator, we find that e^(-0.6) is approximately 0.5488.
Therefore, the probability that the system is idle is approximately 0.5488.

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The limit of f(x) as x approaches 1 is: Option C: 5

We are given the functions as:

g(x) = sin(πx/2) + 4

h(x) = -¹/₄x³ + ³/₄x + ⁹/₂

We are told that f is a function that satisfies g(x) ≤ f(x) ≤ h(x) for −1 < x < 2, what is lim f(x) x → 1?

Thus:

lim g(x) x → 1;

g(1) = sin(π(1)/2) + 4

g(1) = 1 + 4 = 5

Similarly:

lim h(x) x → 1;

h(1) = -¹/₄(1)³ + ³/₄(1) + ⁹/₂

h(1) = -¹/₄ + ³/₄ + ⁹/₂

h(1) = 5

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Add up all the average monthly rainfalls to get the sum. Make sure to follow the specific instructions given in the lesson and use the correct units for rainfall, such as inches or millimeters.

To find the sum of the average monthly rainfalls in the i Ready lesson, you will need to add up the average amounts of rainfall for each month. Start by gathering the monthly rainfall data and calculate the average rainfall for each month.

Then, add up all the average monthly rainfalls to get the sum. Make sure to follow the specific instructions given in the lesson and use the correct units for rainfall, such as inches or millimeters.

Take your time to accurately calculate the sum and double-check your work to ensure accuracy. If you encounter any difficulties, feel free to ask for further assistance.

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It is not possible for the equation Cx = v to have more than one solution if the equation Cx - v is consistent for every v in R⁶.

1. The equation Cx - v is consistent for every v in R⁶ means that for any vector v in R⁶, there exists a solution to the equation Cx - v.

2. If there exists a solution to Cx - v, it means that the equation Cx = v has a unique solution.

3. This is because if Cx - v is consistent for every v, it implies that the matrix C is invertible. An invertible matrix has a unique solution for the equation Cx = v.

4. In other words, for every vector v in R⁶, there is exactly one vector x that satisfies Cx = v.

Therefore, since the equation Cx - v is consistent for every v in R⁶, it implies that the equation Cx = v has a unique solution. There cannot be more than one solution for the equation Cx = v.

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The correct answer is: Jeff will use 8 oz of powder and 24 cups of water to make 8 boxes of gelatin.

To determine the amount of powder and water Jeff will use to make 8 boxes of gelatin, we need to find the pattern in the given table. By examining the table, we can see that for every 3 boxes of gelatin powder (oz), 9 cups of water are used. This implies that the ratio of powder to water is 3:9, which can be simplified to 1:3.

Since Jeff wants to make 8 boxes of gelatin, we can multiply the ratio by 8 to find the corresponding amounts of powder and water.

For the powder, we have:

1 part (powder) * 8 (number of boxes) = 8 parts of powder.

Therefore, Jeff will use 8 oz of powder.

For the water, we have:

3 parts (water) * 8 (number of boxes) = 24 parts of water.

Therefore, Jeff will use 24 cups of water.

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According to the statement the polynomial 2x³ - 4x + 7, the constant term is 7. The coefficient is 3.

The polynomial you mentioned is missing, so I cannot determine the specific coefficients or constant term.

However, I can explain what a coefficient and a constant term are in a polynomial.
In a polynomial, the coefficient of a term is the numerical value that multiplies the variable.

For example, in the term 3x², the coefficient is 3.
The constant term, on the other hand, is the term without a variable. It is simply a constant value.

For example, in the polynomial 2x³ - 4x + 7, the constant term is 7.
If you provide the specific polynomial, I can help you find the coefficient of the third term and the constant term.

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New York had the larger population with 1.9 x 10⁷ people. The correct option is B.

To compare the populations of the states, we need to convert all the populations to the same unit of measurement. In this case, all the populations are given in terms of millions (10⁶).

We can see that New York's population is 1.9 x 10⁷, which means 19 million people. Georgia's population is given as 9.6 x 10⁶, which is 9.6 million people. Comparing these two values, it is evident that New York has a larger population than Georgia.

Check the populations of the other states:

Alaska: 7.1 x 10⁵ = 0.71 million people

Wyoming: 5.6 x 10⁵ = 0.56 million people

Idaho: 1.5 x 10⁶ = 1.5 million people

New York's population of 19 million is much larger than any of the other states listed, making it the state with the largest population among the options provided. The correct option is B.

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Complete question:

Based on the 2010 census, the population of Georgia was 9.6 x 10^6 people. Which state had a larger population? A. Alaska: 7.1 x 10^5 B. New York: 1.9 x 10^7 C. Wyoming: 5.6 x 10^5 D. Idaho: 1.5 x 10^6

The number of hours Nadeem will be riding her bike can vary depending on her rate. It can range from 4 to 7.5 hours.

To find how many hours Nadeem will be riding her bike, we can use the formula:

distance = rate x time.

Let's assume Nadeem's rate is r mi/hr and the time she will be riding is t hours.

Given that Nadeem plans to ride her bike between 12 mi and 15 mi, we can set up the following inequality:

[tex]12 \leq r \times t \leq 15[/tex]

To solve for t, we can divide both sides of the inequality by r:

[tex]12/r \times t \leq 15/r[/tex]

Now, let's consider a few examples:

Example 1:
If Nadeem's rate is 3 mi/hr, we can substitute r = 3 into the inequality:[tex]12\leq r \times t \leq 15[/tex]
[tex]12/3 \leq t\leq15/3\\4 \leq t \leq 5[/tex]
This means Nadeem will be riding her bike for a duration between 4 hours and 5 hours.

Example 2:
If Nadeem's rate is 2 mi/hr, we can substitute r = 2 into the inequality:
[tex]12/2\leq t \leq 15/2\\6 \leq t \leq 7.5[/tex]
Since time cannot be negative, Nadeem will be riding her bike for a duration between 6 hours and 7.5 hours.

Therefore, the number of hours Nadeem will be riding her bike can vary depending on her rate. It can range from 4 to 7.5 hours.

Complete question:

Nadeem plans to ride her bike between 12mi and at most 15mi. Write and solve an inequality to model how many hours Nadeem will be riding.

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The equation x³ + 2x - 9 = 0 has no rational roots. To use the Rational Root Theorem, we need to find all the possible rational roots for the equation x³ + 2x - 9 = 0.

The Rational Root Theorem states that if a polynomial equation has a rational root p/q (where p and q are integers and q is not equal to zero), then p must be a factor of the constant term (in this case, -9) and q must be a factor of the leading coefficient (in this case, 1).

Let's find the factors of -9: ±1, ±3, ±9
Let's find the factors of 1: ±1

Using the Rational Root Theorem, the possible rational roots for the equation are: ±1, ±3, ±9.

To find any actual rational roots, we can test these possible roots by substituting them into the equation and checking if the equation equals zero.

If we substitute x = 1 into the equation, we get:
(1)³ + 2(1) - 9 = 1 + 2 - 9 = -6
Since -6 is not equal to zero, x = 1 is not a root.

If we substitute x = -1 into the equation, we get:
(-1)³ + 2(-1) - 9 = -1 - 2 - 9 = -12
Since -12 is not equal to zero, x = -1 is not a root.

If we substitute x = 3 into the equation, we get:
(3)³ + 2(3) - 9 = 27 + 6 - 9 = 24
Since 24 is not equal to zero, x = 3 is not a root.

If we substitute x = -3 into the equation, we get:
(-3)³ + 2(-3) - 9 = -27 - 6 - 9 = -42
Since -42 is not equal to zero, x = -3 is not a root.

If we substitute x = 9 into the equation, we get:
(9)³ + 2(9) - 9 = 729 + 18 - 9 = 738
Since 738 is not equal to zero, x = 9 is not a root.

If we substitute x = -9 into the equation, we get:
(-9)³ + 2(-9) - 9 = -729 - 18 - 9 = -756
Since -756 is not equal to zero, x = -9 is not a root.

Therefore, the equation x³ + 2x - 9 = 0 has no rational roots.

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The number of seats in the mezzanine section is 2x, which is equal to 2 * 163 = 326.

To solve this problem, let's first assume the number of seats on the floor is x.

Since the total number of seats in the mezzanine and balcony is equal to the number of seats on the floor, the total number of seats in the mezzanine and balcony is also x.

Therefore, the total number of seats in the theater is x + x + x, which is equal to 3x.

Given that the theater has a total of 490 seats, we can set up the equation 3x = 490.

Now, let's solve for x:

3x = 490
x = 490/3
x ≈ 163.33

Since the number of seats must be a whole number, we can round down x to the nearest whole number, which is 163.

So, the number of seats on the floor is approximately 163.

To find the number of seats in the mezzanine section, we can use the equation x + x = 2x, since the number of seats in the mezzanine and balcony is equal to x.

Therefore, the number of seats in the mezzanine section is 2x, which is equal to 2 * 163 = 326.

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The cost to fill the 8-meter tank is $5,200.

To find the cost to fill a tank with an 8-meter diameter, we can use the concept of similarity between the two tanks.

The ratio of the volumes of two similar tanks is equal to the cube of the ratio of their corresponding dimensions. In this case, we want to find the cost to fill the larger tank, so we need to calculate the ratio of their diameters:

Ratio of diameters = 8 m / 4 m = 2

Since the ratio of diameters is 2, the ratio of volumes will be 2^3 = 8.

Therefore, the larger tank has 8 times the volume of the smaller tank.

If the cost to fill the 4-meter tank is $650, then the cost to fill the 8-meter tank would be:

Cost to fill 8-meter tank = Cost to fill 4-meter tank * Ratio of volumes
                          = $650 * 8
                          = $5,200

Therefore, the cost to fill the 8-meter tank is $5,200.

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The missing side length(s) in the given 45° - 45° - 90° triangle are:
- Length of one leg: √2 in (rationalized as √2)
- Length of the other leg: √2 in (rationalized as √2)

To find the missing side length(s) in a 45° - 45° - 90° triangle, we can use the following ratios:

1. The ratio of the length of the hypotenuse to one of the legs is √2 : 1.
2. The ratio of the length of one leg to the other leg is 1 : 1.

In the given triangle, the hypotenuse is 1 in.

Using the first ratio, we can determine the length of one of the legs by multiplying the hypotenuse length by √2.

Length of one leg = 1 in * √2 = √2 in.

Since the ratio of the lengths of the legs in a 45° - 45° - 90° triangle is 1 : 1, the other leg will also have a length of √2 in.

Now let's rationalize the denominators by multiplying the numerators and denominators of the lengths by the conjugate of √2, which is also √2.

Rationalized length of one leg = (√2 in * √2) / √2 = 2√2 / 2 = √2 in.

Rationalized length of the other leg = (√2 in * √2) / √2 = 2√2 / 2 = √2 in.

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The given set of probabilities represents a valid probability distribution.

The provided probabilities for the number of car thefts reported in a given day satisfy the requirements of a probability distribution. Each probability is non-negative, and the sum of all probabilities equals 1. The probabilities correspond to the values 0, 1, 2, 3, and 4, which represent the possible outcomes of the number of car thefts reported.

Therefore, this set of probabilities meets the criteria for a probability distribution, making it a valid representation of the probabilities associated with the different outcomes of car theft reports in a day for the police department.

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The slopes of line segments [tex]\(MN\)[/tex] and [tex]\(AD\)[/tex] are equal, indicating that the median of the isosceles trapezoid is parallel to the bases. This completes the coordinate proof.

To prove that the median of an isosceles trapezoid is parallel to the bases using a coordinate proof, let's consider the vertices of the trapezoid as [tex]\(A(x_1, y_1)\), \(B(x_2, y_2)\), \(C(x_3, y_3)\), and \(D(x_4, y_4)\).[/tex]

The midpoints of the non-parallel sides [tex]\(AB\)[/tex] and [tex]\(CD\)[/tex] can be found as follows:

[tex]\[M\left(\frac{x_1 + x_2}{2}, \frac{y_1 + y_2}{2}\right)\][/tex]

[tex]\[N\left(\frac{x_3 + x_4}{2}, \frac{y_3 + y_4}{2}\right)\][/tex]

The slope of line segment [tex]\(MN\)[/tex] is given by:

[tex]\[m_{MN} = \frac{y_2 - y_1}{x_2 - x_1}\][/tex]

Similarly, the slope of line segment [tex]\(AD\)[/tex] is:

[tex]\[m_{AD} = \frac{y_4 - y_1}{x_4 - x_1}\][/tex]

To prove that [tex]\(MN\)[/tex] is parallel to the bases, we need to show that [tex]\(m_{MN} = m_{AD}\).[/tex]

By substituting the coordinates of [tex]\(M\)[/tex] and [tex]\(N\)[/tex] into the slope formulas, we have:

[tex]\[m_{MN} = \frac{\frac{y_2 + y_1}{2} - y_1}{\frac{x_2 + x_1}{2} - x_1}\][/tex]

[tex]\[m_{MN} = \frac{y_2 - y_1}{x_2 - x_1}\][/tex]

Similarly, for [tex]\(m_{AD}\):[/tex]

[tex]\[m_{AD} = \frac{y_4 - y_1}{x_4 - x_1}\][/tex]

Comparing the two expressions, we see that [tex]\(m_{MN} = m_{AD}\).[/tex]

Therefore, the slopes of line segments [tex]\(MN\)[/tex] and [tex]\(AD\)[/tex] are equal, indicating that the median of the isosceles trapezoid is parallel to the bases. This completes the coordinate proof.

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The volume of gas varies inversely as its pressure p. In this problem, we are given that v = 80 cubic centimeters when p = 2000 millimeters of mercury. We need to find v when p = 320 millimeters of mercury.

To solve this, we can set up the equation for inverse variation: v = k/p, where k is the constant of variation.

To find the value of k, we can substitute the given values into the equation: 80 = k/2000. To solve for k, we can cross-multiply and simplify: 80 * 2000 = k, which gives us k = 160,000.

Now that we have the value of k, we can use it to find v when p = 320. Plugging these values into the equation, we get v = 160,000/320 = 500 cubic centimeters.

Therefore, v = 500 cm^3.

The volume v of the gas varies inversely with its pressure p. In this case, we are given the initial volume and pressure and need to find the volume when the pressure is different. We can solve this problem using the equation for inverse variation, v = k/p, where k is the constant of variation. By substituting the given values and solving for k, we find that k is equal to 160,000. Then, we can use this value of k to find the volume v when the pressure p is 320. By substituting these values into the equation, we find that the volume v is equal to 500 cubic centimeters.

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Both probabilities (p = 0.21 and p = 0.17) are non-zero, indicating that neither of the outcomes has a probability of 0.

In the given scenario, two outcomes, labeled as a and b, are mutually exclusive. This means that these outcomes cannot occur simultaneously. The probability of outcome a is given as p = 0.21, and the probability of outcome b is given as p = 0.17.

To determine which probability is equal to 0, we need to evaluate the given probabilities. It is clear that both probabilities are greater than 0 since p = 0.21 and p = 0.17 are positive values.

Therefore, in this specific scenario, neither of the probabilities (p = 0.21 and p = 0.17) is equal to 0. Both outcomes have non-zero probabilities, indicating that there is a chance for either outcome to occur.

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Aiko's like isn't good because it doesn't minimize the distance between the squared distances of the points. A good line should pass through the points (0,0) and (7,4).

A good line of best fit should minimize the squared distance between the line and points in the data. Hence, the line should take into cognizance all points in the data.

Hence, A good line of best fit here could pass through the points (0,0) and (7,4)

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The factorial of 4 is 4*3*2*1, which equals 24. The expression is 5(4!), which is equal to 5(24), which is equal to 120.Evaluate each expression.5 (4!)In mathematics, the exclamation point "!" is often used to represent the factorial function.

When you see an exclamation point next to a number, it implies that you must use the factorial function. The factorial of 4 is 4*3*2*1, which equals 24. The expression is 5(4!), which is equal to 5(24), which is equal to 120.Evaluate each expression.5 (4!)In mathematics, the exclamation point "!" is often used to represent the factorial function.

The factorial of a positive integer n, which is usually written as n!, is the product of all the positive integers from 1 to n. For example, the factorial of 4, denoted as 4!, is 4*3*2*1, which equals 24.The expression is 5(4!), which is equal to 5(24), which is equal to 120. Therefore, 5 (4!) equals 120.

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The solution to the system of equations is x = -2 and y = -5.

Let's substitute m = 1/x and n = 1/y in the given equations:

4m - 2n = 1 …(1)

10m + 20n = 0 …(2)

Now, we can rewrite the system of equations in matrix form:

| 4 -2 | | m | | 1 |

| 10 20 | x | n | = | 0 |

To solve the system using matrices, we can use inverse matrix multiplication. First, we need to find the inverse of the coefficient matrix:

| 4 -2 |

| 10 20 |

The inverse of a 2x2 matrix can be found using the formula:

1 / (ad - bc) | d -b |

| -c a |

In our case, the determinant (ad - bc) is (4 * 20) - (-2 * 10) = 80 - (-20) = 100.

1/100 | 20 2 |

| -10 4 |

Now, we can multiply the inverse matrix by the column vector on the right side of the equation:

| m | | 1 | | 20 2 | | -10 4 | | -2 |

| n | = | 0 | x | -10 4 |

= | 20 2 |

= | -5 |

Therefore, we have m = -2 and n = -5. Since m = 1/x and n = 1/y, we can solve for x and y:

1/x = -2

=> x = -1/2

1/y = -5

=> y = -1/5

Hence, the solution to the system of equations is x = -2 and y = -5.

By substituting m = 1/x and n = 1/y and solving the resulting system of equations using matrices, we found that x = -2 and y = -5.

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The total number of different outcomes is: 32 × 36 × 2,598,960 = 188,956,800

To find the number of different outcomes, you need to multiply the number of outcomes of each event. Here, a coin is tossed 5 times. The number of outcomes is 2^5 = 32. The standard six-sided die is rolled 2 times. The number of outcomes is 6^2 = 36.

A group of five cards are drawn from a standard deck of 52 cards without replacement. The number of outcomes is 52C5 = 2,598,960. Therefore, the total number of different outcomes is: 32 × 36 × 2,598,960 = 188,956,800

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The value of x will be equal to 5/12 for the given equation.

Speed is defined as the ratio of the time distance travelled by the body to the time taken by the body to cover the distance.

From the given data we will form an equation

Ayshab walked x miles at 4 mph. She then walked 2x miles at 3 mph. The second part of the journey took 25 minutes longer than the first part of the journey

2x/3    =   x/4  +  5/12

2x/ 3   =    3x/12   +   5/12

2x/3    =    3x   +  5/2

24x     =    9x   +  5

15x     =    15

X     =     1

25 minutes/60    =     5/12

Therefore for the given equation, the value of x will be equal to 5/12.

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The complete question is:

Ayshab walked x miles at 4 mph. She then walked 2x miles at 3 mph. The second part of the journey took 25 minutes longer than the first part of the journey. Find the value of x

To show that one solution of the equation z^n = w is a negative real number, we need to consider the given conditions: n is an odd integer and w is a negative real number.

Let's assume that z is a solution to the equation z^n = w. Since n is odd, we can rewrite z^n = w as (z^2)^k * z = w, where k is an integer.

Now, let's consider the case where z^2 is a positive real number. In this case, raising z^2 to any power (k) will always result in a positive real number. So, the product (z^2)^k * z will also be positive.

However, we know that w is a negative real number. Therefore, if z^2 is positive, it cannot be a solution to the equation z^n = w.

Hence, the only possibility is that z^2 is a negative real number. In this case, raising z^2 to any odd power (k) will result in a negative real number. Thus, the product (z^2)^k * z will also be negative.

Therefore, we have shown that if n is an odd integer and w is a negative real number, there exists at least one solution to the equation z^n = w that is a negative real number.

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The expression c x dy − y dx represents the cross product of the vector u = (dx, dy) with the vector v = (x2 - x1, y2 - y1), which represents the line segment connecting the points (x1, y1) and (x2, y2).

To show that the line segment connecting the points (x1, y1) and (x2, y2) is given by the expression c x dy − y dx, we can use the cross product of vectors.

The cross product of two vectors u = (a, b) and v = (c, d) is given by the formula: u x v = a*d - b*c.

In this case, let's consider the vector from (x1, y1) to (x2, y2), which can be expressed as the vector v = (x2 - x1, y2 - y1).

Now, let's take the vector u = (dx, dy), where dx and dy are constants.

By substituting these values into the cross product formula, we have: u x v = (dx)*(y2 - y1) - (dy)*(x2 - x1).

=dx * y2 - dx * y1 - dy * x2 + dy * x1

Now, let's simplify the given expression and compare it with the cross product:

c x dy - y dx = c * dy - y * dx

Comparing the two expressions, we see that the coefficients in front of each term match except for the signs. To align the signs, we can rewrite the given expression as:

c x dy - y dx = -dy * c + dx * y

Comparing this expression with the cross product calculation, we can observe that they are identical:

-dy * c + dx * y = dx * y1 - dx * y2 - dy * x2 + dy * x1 = u x v

Therefore, the expression c x dy − y dx represents the cross product of the vector u = (dx, dy) with the vector v = (x2 - x1, y2 - y1), which represents the line segment connecting the points (x1, y1) and (x2, y2).

Complete question: a) if c is the line segment connecting the point (x1, y1) to the point (x2, y2), show that c x dy − y dx represents the cross product of the vector u = (dx, dy) with the vector v = (x2 - x1, y2 - y1)

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The statement "Rational expressions contain exponents" is sometimes true.

Sometimes true - ExplanationRational expressions are those expressions which can be written in the form of fractions with polynomials in the numerator and denominator. Exponents can appear in the numerator, denominator, or both of rational expressions, depending on the form of the expression. Therefore, it is sometimes true that rational expressions contain exponents, and sometimes they do not.For example, the rational expression `(x^2 + 2)/(x + 1)` contains an exponent of 2 in the numerator. On the other hand, the rational expression `(x + 1)/(x^2 - 4)` does not contain any exponents. Hence, the given statement is sometimes true.

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The support for this distribution is x = 0, 1, 2, ..., n, since we are interested in the number of defective parts in the sample of 50.

For this scenario, the named discrete distribution that should be used is the geometric distribution.

(a) The parameter value is p = 0.6, which represents the probability of success (making a shot).

The support for this distribution is x = 1, 2, 3, ... since we are interested in the number of shots it takes for AJ to make 3 free throws.

(b) The named discrete distribution that should be used in this case is the hypergeometric distribution.

The parameter values are N = 200 (total number of pages in the book), K = 20 (number of pages containing errors), and n = 40 (number of pages selected for checking).

The support for this distribution is x = 0, 1, 2, ..., n, since we are interested in the number of pages with errors in the sample of 40 pages.

(c) The named discrete distribution that should be used here is the negative binomial distribution.

The parameter values are p = 0.8 (probability of sinking an enemy ship), and r = 1 (number of successes needed - sinking the enemy ship).

The support for this distribution is x = 1, 2, 3, ... since we are interested in the number of torpedoes needed until sinking the enemy ship.

(d) In this scenario, the named discrete distribution that should be used is the binomial distribution.

The parameter values are n = 50 (number of parts in the sample) and p = 0.01 (probability of a part being defective).

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Matrices are a powerful mathematical tool that can be used to solve equations, represent transformations, and analyze data in many different fields.

A matrix is a rectangular array of numbers. In mathematics, matrices are commonly used to solve systems of linear equations. The determinant is a scalar value that can be calculated from a square matrix. Matrices can be used in many applications, including engineering, physics, and computer science.To perform operations on matrices, it is important to understand matrix arithmetic. Addition and subtraction are straightforward: simply add or subtract the corresponding elements of each matrix. However, multiplication is more complex. To multiply two matrices, you must use the dot product of rows and columns. This requires that the number of columns in the first matrix match the number of rows in the second matrix. The product of two matrices will result in a new matrix that has the same number of rows as the first matrix and the same number of columns as the second matrix.A 2 × 2 matrix is a special case that is particularly useful in transformations of the plane. A 2 × 2 matrix can be used to represent a transformation that stretches, shrinks, rotates, or reflects a shape. The determinant of a 2 × 2 matrix can be used to find the area of the shape that is transformed. Specifically, the absolute value of the determinant represents the factor by which the area is scaled. If the determinant is negative, the transformation includes a reflection that flips the shape over.

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The equations of lines perpendicular to line [tex]m[/tex] are:

1. [tex]\(y = \frac{3}{2}x + b\)[/tex] (where [tex]b[/tex] is a constant)

2. [tex]\(y = \frac{3}{2}x + c\)[/tex] (where [tex]c[/tex] is a different constant)

To determine which equations represent lines perpendicular to line [tex]m[/tex], we need to find the negative reciprocal of the slope of line [tex]m[/tex].

Given the equation of line [tex]\(m\) as \(y - 1 = -\frac{2}{3}(x + 1)\)[/tex], we can rewrite it in slope-intercept form [tex](\(y = mx + b\))[/tex] to determine its slope.

[tex]\(y - 1 = -\frac{2}{3}(x + 1)\) \\\(y - 1 = -\frac{2}{3}x - \frac{2}{3}\) \\\(y = -\frac{2}{3}x + \frac{1}{3}\)[/tex]

The slope of line [tex]\(m\) is \(-\frac{2}{3}\)[/tex].

For a line to be perpendicular to line [tex]m[/tex], its slope should be the negative reciprocal of [tex]\(-\frac{2}{3}\)[/tex], which is [tex]\(\frac{3}{2}\)[/tex].

Now, we can write the equations of lines perpendicular to line [tex]m[/tex] using the slope-intercept form [tex](\(y = mx + b\))[/tex] and the calculated perpendicular slope [tex]\(\frac{3}{2}\)[/tex].

Therefore, the equations of lines perpendicular to line [tex]m[/tex] are:

1. [tex]\(y = \frac{3}{2}x + b\)[/tex] (where [tex]b[/tex] is a constant)

2. [tex]\(y = \frac{3}{2}x + c\)[/tex] (where [tex]c[/tex] is a different constant)

Note: The constant term [tex]\(b\) or \(c\)[/tex] can take any real value as it represents the y-intercept of the perpendicular line.

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Answer:

Step-by-step explanation:

10/3 = 7/x

10 : 3 = 7 : x

x = 3 x 7 : 10

x = 21 : 10

x = 2.1 or 21/10

-------------------------------

check

10 : 3 = 7 : 2.1

3.33 = 3.33

same value the answer is good

Answer:

x² + y² = 125

Step-by-step explanation:

         x² + y² = r²

The circle passes through (-5,10).

Radius of the circle centered at origin is given by,

          [tex]\sf r = \sqrt{x^2+y^2}\\\\r= \sqrt{(-5)^2+10^2}\\\\r = \sqrt{25+100}\\\\r=\sqrt{125}[/tex]

Equation of circle,

        x² + y²=(√125)²

         x² + y² = 125

A gardener ropes off a triangular plot for a flower bed. Two of the corners in the bed measures 35 degrees and 78 degrees. if one of the sides is 3m long then the gardener needs approximately 1.7208 meters of rope to enclose her flower bed.

To find the length of the rope needed to enclose the flower bed, we need to find the length of the third side of the triangle.

1. First, we can find the measure of the third angle by subtracting the sum of the two given angles (35 degrees and 78 degrees) from 180 degrees.
  The third angle measure is 180 - (35 + 78) = 180 - 113 = 67 degrees.

2. Next, we can use the Law of Sines to find the length of the third side. The Law of Sines states that the ratio of the length of a side to the sine of its opposite angle is the same for all sides and their opposite angles in a triangle.
  Let's denote the length of the third side as x. Using the Law of Sines, we have:
  (3m / sin(35 degrees)) = (x / sin(67 degrees))
  Cross-multiplying, we get:
  sin(67 degrees) * 3m = sin(35 degrees) * x
  Dividing both sides by sin(67 degrees), we find:
  x = (sin(35 degrees) * 3m) / sin(67 degrees)

3. Finally, we can substitute the values into the equation and calculate the length of the third side:
  x = (sin(35 degrees) * 3m) / sin(67 degrees)
  x ≈ (0.5736 * 3m) / 0.9211
  x ≈ 1.7208m
Therefore, the gardener needs approximately 1.7208 meters of rope to enclose her flower bed.

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