Each person in a group buys a ticket, a medium drink, and a large popcorn. Write an expression in simplest form that represents the amount of money the group spends at the movies. Interpret the expression.
Ticket $7.50
DRINKS
Small: $1.75
Medium: $2.75
Large: $3.50
POPCORN
Small: $3.00
Large: $4.00

Answer:

(n - 8)(n + 7)

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

Given trinomial:

Apply Viet's theorem.

The sum of the roots is 1 and the product of the roots is - 56.

This is achieved when the roots are 8 and - 7.

This function y = 6x + 50 has a graph that is a straight line with a 50-point y-intercept.

The slope is the rate of change of the y-axis with respect to the x-axis.

The equation of a line in slope-intercept form is y = mx + b, where

slope = m and y-intercept = b.

We know the greater the absolute value of a slope is the more steeper is its graph or the rate of change is large.

Given, The radius y after x days is represented by the equation y = 6x + 50.

Here, The initial radius was 50 mm and it is growing at a rate of 6 mm per day.

The graph of this function will be a straight line having a y-intercept at 50.

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The area of the triangle will be 1 square foot.

Pythagorean theorem states that in the right angle triangle, the hypotenuse square is equal to the square of the sum of the other two sides. According to this statement, the areas of the squares on the other two sides add up to the size of the square whose side is the hypotenuse.

Calculate the value of x of the small right-angle triangle.

4² = ( 3 + x )² + (2 / 3 )²

16 + 9 + 6x + x² + 4 / 9

7 = x² + 6x + 4 / 9

9x² + 54x - 59 = 0

x = 0.9 ft

The area of the triangle will be calculated as:-

Area = ( 1/2 ) x 3.9 x ( 2 / 3 ) - (1/2 ) x 0.9 x ( 2 / 3 )

Area = ( 1 / 2 x 2 / 3 ) ( 3.9 - 0.9 )

Area = ( 1 / 3 ) x 3

Area = 1 square ft

Therefore, the triangle's area will be one square foot.

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The volume of the solid is 72π. of the x-axis, the volume of the solid is 72π of y axis, the volume of the solid is 192π of the line x=6 and the volume of the solid is 99π of the line x=9.

(a) Spinning the locale about the x-hub will make a strong with a round and hollow shape. The volume of the strong can be tracked down utilizing the equation:

[tex]V = ∫[a,b] πy^2 dx[/tex]

where an and b are the x-directions of the marks of convergence of the bends y=x and y=0.

The convergence focuses are (0,0) and (6,6). In this way, the restrictions of coordination are 0 and 6.

V = [tex]V = ∫[a,b] πy^2 dx[/tex]

=[tex]π(6^3)/3[/tex]

= 72π

The volume of the strong is 72π.

(b) Spinning the locale about the y-hub will make a strong with a round and hollow shape. The volume of the strong can be tracked down utilizing the equation:

V = [tex]∫[a,b] πx^2 dy[/tex]

where an and b are the y-directions of the marks of convergence of the bends y=x and y=0.

The convergence focuses are (0,0) and (6,6). In this way, the restrictions of coordination are 0 and 6.

V = [tex]∫[0,6] πy^2 dy[/tex]

= [tex]π(6^3)/3[/tex]

= 72π

The volume of the strong is 72π.

(c) Rotating the district about the line x=6 will make a strong with a washer shape. The volume of the strong can be tracked down utilizing the recipe:

V = [tex]∫[a,b] π(R^2 - r^2) dx[/tex]

where an and b are the x-directions of the marks of convergence of the bends y=x and y=0, R is the separation from the line of upheaval to the external edge of the strong (y=x), and r is the separation from the line of transformation to the internal edge of the strong (y=0).

The convergence focuses are (0,0) and (6,6). R=6 and r=0, since the strong stretches out from the line of insurgency to the bend y=x.

V =[tex]∫[0,6] π(6^2 - x^2) dx[/tex]

= [tex]π(6^3 - 2(6^3)/3)[/tex]

= 32π(6)

The volume of the strong is 192π.

(d) Rotating the locale about the line x=9 will make a strong with a washer shape. The volume of the strong can be tracked down utilizing the recipe:

V =[tex]∫[a,b] π(R^2 - r^2) dx[/tex]

where an and b are the x-directions of the marks of convergence of the bends y=x and y=0, R is the separation from the line of upheaval to the external edge of the strong (y=x), and r is the separation from the line of transformation to the internal edge of the strong (y=0).

The convergence focuses are (0,0) and (6,6). R=3, since the separation from the line x=9 to the bend y=x is 3 units. r=0, since the strong reaches out from the line of transformation to the bend y=x.

V = [tex]∫[0,6] π(3^2 - x^2) dx[/tex]

= [tex]π(3^3 - 2(6^2)(3) + 6^3/3)[/tex]

= 18π(6) - 27π

= 99π

The volume of the strong is 99π.

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E(x) for the given data is  6.6 and p(x=0) =0.22 and variance is = 15.26

The Poisson distribution is a discrete probability function that means the variable can only take specific values in a given list of numbers, probably infinite. A Poisson distribution measures how many times an event is likely to occur within an “x” period of time. In other words, we can define it as the probability distribution that results from the Poisson experiment. A Poisson experiment is a statistical experiment that classifies the experiment into two categories, such as success or failure. Poisson distribution is a limiting process of the binomial distribution.

mean = 9 on a rainy day

mean=3 on a dry day.

Let X denote the number of traffic accidents tomorrow. If it will rain tomorrow with a probability of 0.6,

a)

E[x]= E[X|R]+E[X|D}

E[X]=0.6*9-0.4*3

=5.4-12=6.6

B)

X is equal to zero. Why is it called a small way?

P(Y)=e^(-9*0.6+3*0.4).

P(X=0)=0.22

part C.

He had variance affected also missing. So I will calculate that,

V(x)=x2-E(x) =15.26.

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The burgers is sold each for 3.75 dollars , while the fries is solde for 1.25 dollars each

We would have to solve for the price of each of the items using the simultaneous linear equation method

2 burgers and 3 fries for $11.25

we would have:

Use the elimination method to solve the system of equations:

2 x+ 3 y = 11.25

7 x + 5 y = 32.50

Step 1 - Multiply Equation 1 by 7:

7 * (2x+3y=11.25) --> 14x + 21y = 78.75

Step 2 - Multiply Equation 2 by 2:

2 * (7x+5y=32.50) --> 14x + 10y = 65

Step 3 - s

14x + 21y = 78.75

-(14x + 10y = 65)

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

21y - 10y = 78.75 - 65

Step 4 - simplify and solve for y:

11y = 13.75

y  = 13.75 / 11

y = 1.25

Step 5 - now that we have solved for y, let's rearrange Equation 1 to solve for x:

2x = 11.25 - 3y

Divide each side by 2

2x / 2 = 11.25 - 3y / 2

x  =  11.25 - 3y / 2

Step 6 - we determined y = 1.25. Plug it into our Rearranged equation 1:

x  =  11.25 - 3(1.25) / 2

x  =  11.25 - 3.75 / 2

x  =  7.5 / 2

x = 3.75

Since x is the burgers which is 3.75 dollars while y is the fries which is 1.25 dollars

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The linear Mapping of the square with vertices

1: x = -1 + (2/2)(x + iy), y = -1 + (2/2)(x - iy)

2: x = -1 + (2/2)(x + y), y = -1 + (2/2)(-x + y)

The first linear mapping can be found by using the following matrix:

M = [a b]

   [c d]

where, a = 2/2, b = -1, c = -2/2, d = 1.

By multiplying the matrix M with the vector [x, y]T, the linear mapping can be obtained.

For example, for the point (0, 1):

M * [0, 1]T = [-1, 1]

Similarly, for the point (1 + i, i):

M * [1 + i, i]T = [-1 + i, -1 + i]

Therefore, we get the linear mapping:

x = -1 + (2/2)(x + iy), y = -1 + (2/2)(x - iy)

The second linear mapping can be found by using the following matrix:

N = [e f]

   [g h]

where, e = 2/2, f = -1, g = 2/2, h = 1.

By multiplying the matrix N with the vector

[x, y]T, the linear mapping can be obtained.

For example, for the point (0, 1):

N * [0, 1]T = [-1, 1]

Similarly, for the point (1 + i, i):

N * [1 + i, i]T = [i, -1 + i]

Therefore, we get the linear mapping:

x = -1 + (2/2)(x + y), y = -1 + (2/2)(-x + y)

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The probability that a randomly selected student plays a sport, given

that the student is a senior is A. 0.32

Probability is the chance of occurrence of a certain event out of the total no. of events that can occur in a given context.

This is a case of conditional probability and we know,

Conditional probability is a term used in probability theory to describe the likelihood that one event will follow another given the occurrence of another event.

Given, At a high school, the probability that a student is a senior is 0.25

and the probability that a student is a senior and plays a sport is 0.08.

Therefore, The probability that a randomly selected student plays a sport, given that the student is a senior is,

= 0.08/0.25.

= 0.32

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The account with the greater principle is Account B

First, find the principle on Account A to be :

= Interest earned in 14 months / Interest rate for 21 months

= 14 / ( 4 % / 12 months x 21 months )

= 14 / 7 %

= $ 200

Then find the principle on Account B using the same method :

= Interest earned in 14 months / Interest rate for 21 months

= 15.75  / ( 3 % / 12 months x 21 months )

= 15. 75 / 5. 25 %

= $ 300

Account B has the greater principal.

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The domain and the range for the function in this problem are given as follows:

For this problem, the piecewise function is defined for all values of x, hence the domain is all real values.

The range is obtained as follows:

Hence the composition of these three intervals is given as follows:

(∞, -2] U {-1} U [2, ∞).

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The mean of the number of eagles spotted is 7.8

In our daily life, we encounter a lot of information in the form of numbers, tables, graphics, etc. This information can refer to goals, temperatures in different cities, most popular articles in student classes, etc. Data is collected information  

Order refers to the frequency with which an event or value occurs. A frequency table is a table that lists items and indicates how often they occur.

Then, find the sum of all frequencies and multiply each class frequency by the midpoint for that class. Then find the mean of the frequency distribution using the formula where the mean of the clustered frequency distribution is given as ¯x=∑fixi∑fi.

here for rage 3-6 first find mean = (3+6)/2= 4.5 frequency =13

here for rage 7-10 first find mean =(7+10)/2=8.5 frequency =21

here for rage 11-14 first find mean =(11+14)/2=12.5 frequency 6

mean = (4.5*13+8.5*21+12.5*6)/(13+21+6)

=7.8

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The simplest term is [tex]\frac{(2x-5)}{(x-3)(x-2)}[/tex].

Factorization of a number or an algebraic expression means writing the given number or given expression as a product of its factors. For algebraic expressions these factors can be numbers, variables, or an algebraic expression

Given,[tex]\frac{x-1}{x^{2} -3x+2} +\frac{x-2}{x^{2} -5x+6}[/tex]

By factorizing the denominator we get,

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

By cancelling the common terms we get,

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

Taking LCM we get,

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

By simplifying, we get,

[tex]\frac{(2x-5)}{(x-3)(x-2)}[/tex]

Hence, the simplest term is [tex]\frac{(2x-5)}{(x-3)(x-2)}[/tex]

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Lola used 15/4 cups of rice to make rice pudding.

Given is that Lola has 4[tex]\frac{1}{2}[/tex] cups of rice. She uses 3/4 of the rice to make sushi rolls for dinner. She uses the rest of the rice to make rice pudding for dessert.

Amount used by Lola for the rice pudding -

{x} = 4[tex]\frac{1}{2}[/tex] - 3/4

{x} = 9/2 - 3/4

{x} = 18/4 - 3/4

{x} = 15/4

Therefore, Lola used 15/4 cups of rice to make rice pudding.

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{Complete question -

Lola has 4[tex]\frac{1}{2}[/tex] cups of rice. She uses 3/4 of the rice to make sushi rolls for dinner. She uses the rest of the rice to make rice pudding for dessert. How much rice does Lola use for the rice pudding?}

The perimeter of the rectangular bedroom is: A. 116 feet.

Perimeter of a rectangle = 2(length + width)

To find the perimeter of the rectangular bedroom, we need to calculate the sum of the lengths of its four sides.

Let's start by finding the length of the horizontal sides of the rectangle. The two horizontal sides are defined by the points (21, 18) and (21, −7), which are 25 feet apart in the vertical direction (18 − (−7) = 25). Therefore, the length of each horizontal side is 25 feet.

Next, let's find the length of the vertical sides of the rectangle. The two vertical sides are defined by the points (21, 18) and (−12, 18), which are 33 feet apart in the horizontal direction (21 − (−12) = 33). Therefore, the length of each vertical side is 33 feet.

Now we can add up the four side lengths to get the perimeter:

Perimeter = 2(Length of horizontal sides) + 2(Length of vertical sides)

= 2(25 feet) + 2(33 feet)

= 50 feet + 66 feet

Perimeter = 116 feet

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The pairing that is incorrect is D. Fourth Amendment-freedom of religion.

The Fourth Amendment to the United States Constitution protects citizens from unreasonable searches and seizures and requires that search warrants be issued only with probable cause and based on specific information. It does not address freedom of religion.

The First Amendment protects a number of individual rights, including freedom of speech, freedom of the press, freedom of religion, and the right to assemble and petition the government.

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According to the distribution shown above, the heights of female is taller according to the gender based distribution of heights.

What exactly is normal distribution?

The normal distribution, also called the Gaussian distribution, is a probability distribution that is symmetric about the mean, demonstrating that data close to the mean occur more frequently than data distant from the mean. The normal distribution looks like a "bell curve" when represented graphically.

Considering the information provided,

The United States' average male population is 69.

In the US, men's standard deviation is 2.25.

In the US, the average gender distribution is 64.

Women in the US experience a 2 standard deviation.

Now z-score for,

Female players = [tex]\frac{74-64}{2}[/tex] = 5

Playing men =  [tex]\frac{74-69}{2.25}[/tex] = 2.22

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Step-by-step explanation:

Rotation, reflection, translation

Hope this helps :)

Answer: The commutative property of addition states that changing the order of the terms being added does not change the sum. Therefore, we can rearrange the terms in an expression in any order we choose without changing the result.

For example, if we have the expression:

3x + 2y + 4x + 5y

We can use the commutative property of addition to rearrange the terms as:

3x + 4x + 2y + 5y

Then, we can collect the like terms (terms with the same variable and exponent) by combining the coefficients:

7x + 7y

So the simplified expression is 7x + 7y.

Step-by-step explanation:

The statement of option a "for data sets with different measurement units" and the statement of option b "for data sets with the same measurement units but greatly different magnitudes." is true about comparing standard deviations. So the option a and b is correct.

When comparing standard deviations, it is important to consider the context in which the data was collected. For example, if two datasets have similar means but different standard deviations, the one with the larger standard deviation may indicate more variability or a wider range of values.

On the other hand, if two datasets have different means but similar standard deviations, the one with the larger mean may be more representative of the population as a whole. In either case, it is important to look at the context of the data to make a more informed comparison.

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The complete question is:

Which of the following is true about comparing standard deviations? (Select all that apply)

a. For data sets with different measurement units

b. For data sets with the same measurement units but greatly different magnitudes

c. For data sets with the same measurement units and similar magnitude

d. For data sets with the same measurement units

The approximate population in Italy in 2012 was about 60,045,678.74.

We mean close in value or amount but not precise. an approximate solution. a rough date.

We can begin by establishing a ratio between the number of mobile phones and the population:

code:

147.4% = 1.474 (because 147.4% is the decimal equivalent of 1.474)

1.474 = number of mobile phones / population

We can solve for the population by substituting the given values:

code:

88,600,000 / population = 1.474

88,600,000 / 1.474 = population

The population is 60,045,678.74 people.

As a result, the approximate population of Italy in 2012 was 60,045,678.74.

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The formula for X's cumulative distribution function (CDF) is

a. Probability P(X≤3) = P(X=1) + P(X=2) + P(X=3) = 1/7 + 1/14 + 3/14 = 5/14

b. P(X<3) = P(X=1) + P(X=2) = 1/7 + 1/14 = 3/14

c. P(X<4.12|X>1.638) = P(2<X<4.12)/P(X>1.638) = [P(X=3)+P(X=4)]/[1-P(X=1)] = (3/14)/(11/14) = 3/11

d.  The cumulative distribution function of X, for x = 5, F(5) = 1

a. Probability P(X≤3) = P(X=1) + P(X=2) + P(X=3) = 1/7 + 1/14 + 3/14 = 5/14

b. P(X<3) = P(X=1) + P(X=2) = 1/7 + 1/14 = 3/14

c. P(X<4.12|X>1.638) = P(2<X<4.12)/P(X>1.638) = [P(X=3)+P(X=4)]/[1-P(X=1)] = (3/14)/(11/14) = 3/11

d. The formula for X's cumulative distribution function (CDF) is

F(x) = P(X < x)

For x = 1, F(1) = 1/7

For x = 2, F(2) = 1/7 + 1/14 = 3/14

For x = 3, F(3) = 1/7 + 1/14 + 3/14 = 5/14

For x = 4, F(4) = 1/7 + 1/14 + 3/14 + 2/7 = 11/14

For x = 5, F(5) = 1

As a result, X's CDF is:

F(x) = {1/7, x < 1

3/14, 1 ≤ x < 2

5/14, 2 ≤ x < 3

11/14, 3 ≤ x < 4

1, x ≥ 4}

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Two out of the three given existential quantifications are true, while one is false.

In mathematics, quantifiers are used to describe the properties of a set or a domain. One such quantifier is the existential quantifier, which is used to indicate the existence of at least one element in a set that satisfies a given property. In this case, we are interested in finding out which of the given existential quantifications are true, where the domain of x is restricted to positive integers. Let's explore this in more detail.

The domain of x is the set of positive integers, which means that x can only take on values such as 1, 2, 3, 4, and so on. The given existential quantifications are as follows:

∃x(x²=9)

∃x(x+3=5)

∃x(x²=2)

Let's examine each of these in turn.

∃x(x²=9)

This existential quantification is true. To see why, we need to find an integer value of x such that x² equals 9. We can easily see that x=3 satisfies this property, since 3² = 9. As 3 is an integer and satisfies the condition, the statement is true.

∃x(x+3=5)

This existential quantification is also true. We need to find an integer value of x such that x+3 equals 5. This can be easily done by subtracting 3 from both sides of the equation to get x=2. As 2 is an integer and satisfies the condition, the statement is true.

∃x(x²=2)

This existential quantification is false. We need to find an integer value of x such that x² equals 2. However, there is no such integer value of x. This can be proven using the fact that the square of any integer is always a non-negative integer. Therefore, the statement is false.

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Complete Question:

Which of these existential quantifications are true, where the domain of x is the positive integers?

∃x(x²=9)

∃x(x+3=5)

∃x(x²=2)

Javier contribute $12,000 of his balance in the bank account.

Compound interest is the interest which is calculated on both the initial principal and the accumulated interest from previous periods. It can be easily understood as interest on interest.

                                    [tex]A= P(1+\frac{r}{n})} ^{nt}[/tex]

Javier has been saving to purchase a beach home for 20 years.

Monthly deposits of $500 are made into an annuity that earns 3.5% annual interest, compounded monthly.

Javier contribute= monthly deposit* number of months* time period

Javier contribute = 500*12*20

                            = $12000

Hence, Javier contribute $12,000.

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Answer:

Step-by-step explanation:

Javier contributes $500 each month, for 20 years. To find the amount that was contributed, we multiply those pieces together (12 months in each year).

500⋅12⋅20=$120,000

The distance from the pitching rubber to first base is 98.7ft, B - the distance from the pitching rubber to first base is 96.6ft and C - A pitcher must pivot to face in a 45-degree angle if he is facing home plate.

(a) To find the distance from the pitching rubber to first base, we can use the Pythagorean theorem, since the distance forms the hypotenuse of a right triangle with legs of length 80ft (the length of a side of the square) and 55.5ft (the distance from the pitching rubber to home plate along a diagonal line). Thus, we have:

distance to first base = [tex]\sqrt{ 80^{2} + 55.5^{2}[/tex] =  98.7ft

(b) To find the distance from the pitching rubber to second base, we can use the fact that second base is located at a distance of 80ft from home plate along a line perpendicular to the line connecting the pitching rubber and home plate. Using the Pythagorean theorem, we have:

distance to second base = [tex]\sqrt{55.5^{2} + 80^{2} }[/tex] = 96.6ft

(c) If a pitcher faces home plate, he needs to turn through an angle of 45 degrees to face second base. This is because second base is located at one corner of the square, and the angle formed by the lines connecting the pitching rubber to home plate and second base is a right angle (since the sides of the square are perpendicular).

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Yes, The ratios 8/16 and 3/6 form a proportion.

Any relationship that is always in the same ratio and quantity which vary directly with each other is called the proportional.

Given that;

The ratios are,

⇒ 8/16 and 3/6

Now, We know that;

Two ratio are equivalent to each other then, it is form a proportional relation.

Hence, We can check as;

⇒ 8 / 16 = 1/2

⇒ 3/6 = 1/2

Thus, The ratios 8/16 and 3/6 form a proportion.

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Answer:

Given: Find the standard for of 59 × 10^-7 ( 0.0000059 ).

= 5.9 × 10-6.

The required probability that events A and B both occur is 0.15.

Probability can be defined as the ratio of favorable outcomes to the total number of events.

The probability that events A and B both occur is given by the product of their individual probabilities if they are independent. Independence means that the occurrence of one event does not affect the probability of the other event.

In this case, the probability that events A and B both occur is given by:

0.3 × 0.5 = 0.15

So, the probability that events A and B both occur is 0.15.

It's important to note that without further information, we cannot determine if events A and B are independent. The probabilities of 0.3 and 0.5 are the individual probabilities of each event, but we would need to know if their occurrence affects each other to determine if they are independent.

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