Label The Missing angle measures for this triangle.

Direct delivery is coordinating with a specific location such as a shelter, feeding site or hospital for the delivery of specific items and quantities

Distributing can be defined as the means of spread the product throughout the market place such that a large number of people can buy it.

There are five types of Distribution such as:

Distributing channels are important to businesses as they allow for the smooth delivery of goods.

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If the x-intercepts of a function are 2 and 5, then f(2) = ____0___. and f(5) = ____0____. The x-intercepts, 2 and 5, are called the _zeros_ of the function.

The x-intercepts of a function y = f(x) are the values of x such that the graph of the function intercepts the x-axis, that means that are the values of x such that f(x)= 0

Then if 2 and 5 are x-intercepts of the function, then:

f(2) = 0

f(5)  =0

The x-intercepts are allso called the zeros of the function.

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In a parallelogram, opposite sides are equal in length, which can be used to calculate the length of AE. AB is equal to 26 and BD is equal to 20, so AE is equal to 6.

In contrast to a parallelogram, which has equal sides on both sides and diagonals that bisect each other, a rhombus has equal sides on all four sides and diagonals that cross at 90 degrees.

The length of each side is the same. A rhombus has equal opposite angles. At a 90° angle, the diagonals split in half.

In a parallelogram, opposite sides are equal in length. Therefore, we can use this fact to calculate the length of AE in the given parallelogram.

Since AB is equal to 26 and BD is equal to 20, we can set up the equation:

26 = AE + 20

Subtract 20 from both sides of the equation to solve for the length of AE:

26 - 20 = AE

6 = AE

Therefore, AE is equal to 6.

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All variables must be greater than or equal to 0, indicating that no shipping is allowed if the cost is negative.

The network representation of the Herman Company distribution system is as follows:

Plants (P1, P2, P3) -> Warehouses (W1, W2) -> Customers (C1, C2, C3, C4).

A linear programming model of the problem can be formulated as:

Minimize Z = 2x14 + 3x15 + 4x24 + 5x25 + 6x34 + 7x35 + 8x46 + 9x47 + 10x48 + 11x49 + 12x56 + 13x57 + 14x58 + 15x59

Subject to:

x14 + x15 ≤ 2

x24 + x25 ≤ 3

x34 + x35 ≤ 4

x46 + x47 + x48 + x49 ≤ 5

x14 + x24 + x34 ≤ 6

x15 + x25 + x35 ≤ 7

x46 + x56 + x66 ≤ 8

x47 + x57 + x67 ≤ 9

x48 + x58 + x68 ≤ 10

x49 + x59 + x69 ≤ 11

All variables ≥ 0

The objective of this problem is to minimize the total shipping cost from plants to warehouses and warehouses to customers. The constraints represent the limited capacities of each plant, warehouse and customer and the maximum number of units that can be shipped from each plant to each warehouse or each warehouse to each customer. All variables must be greater than or equal to 0, indicating that no shipping is allowed if the cost is negative.

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The height of the hat is 9.0 inches.

A party hat is in the shape of a cone with dimensions shown . Therefore, the height of the cone can be found as follows:

The radius of the cone is 4.3 inches and the slanted height of the cone is 10 inches.

Therefore, Pythagoras's theorem can be used to find the height of the cone. The radius and the slanted height of the cone forms a right angle triangle.

Therefore,

10² - 4.3² = h²

h² = 100 - 18.49

h² = 81.51

square both sides

h = √81.51

h = 9.02828887442

h = 9.0 inches

Therefore,

height of the hat = 9.0 inches

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The required amount of water in each beaker would be 0.14 liters.

The process in mathematics to operate and interpret the function to make the function or expression simple or more understandable is called simplifying and the process is called simplification.

Here,
Kelly poured equal amounts of distilled water into each of the 30 beakers. She used a total of 4.2 liters of distilled water.
Amount of liters she put in a beaker,
= 4.2 / 30
= 0 .14 liters per beaker

Thus, the required amount of water in each beaker would be 0.14 liters.

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Answer:

5

Step-by-step explanation:

the slope is Δy/Δx

0-(-5) =5

6-5 =1

slope is 5

Answer: 41 years ago, when Sally was 13 and her mother was 39.

Answer: 41 years

Step-by-step explanation:

I reckon the question is asking when her mother was 3 times her age.
S = 54
M = 80
54 - 41 = 13
80 - 41 = 39
39/13 = 3

The answer is -There are no outliers.

According to the question, there are no outliers in the Global Unemployment Rates. From the given data, no outliers are observed.

An outlier is an observation that lies an abnormal distance from other values in a sample from a population. In a sense, this explanation leaves it up to the analyst to decide what will be considered abnormal.

An outlier is a single data point that goes far outside the average value of a set of statistics. Outliers may be exceptions that stand outside individual samples of populations.

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Answer:

Let's look at each number separately. Look in the tens place to determine which way to round.

4,070 will round up since there's a 7. However, it will only round up to 4,100 so this is not the right answer.

4,617 will round down since there's a 1. However, it will only round down to 4,600 so this is not the right answer.

4,681 will round up since there's an 8. This number will round up to 4,700 so this is the correct answer.

4,797 will round up since there's a 9. However, it will only round up to 4,800 so this is not the right answer.

The correct answer is 4,681.

The range of the f(x) is {- 4, 0, 4, 8, 12}

A collection of numbers that represent every possible value of x is said to be the function's domain. The set of numbers that a function can produce is known as its range.  

To find the range of a function substitute the domine values into the given function f(x).

Here we have

Give domain of  f(x) = 4x + 4; { -2, -1, 0, 1, 2}

The range of the f(x) can be calculated as follows

Take x = -2 => f(x) = 4(-2) + 4 = -8 + 4 = - 4

Take x = -1 => f(x) = 4(-1) + 4 = - 4 + 4 = 0

Take x = 0 => f(x) = 4(0) + 4 = 0 + 4 = 4

Take x = 1 => f(x) = 4(1) + 4 = 4 + 4 = 8

Take x = 2 => f(x) = 4(2) + 4 = 8 + 4 = 12

Therefore,

The range of the f(x) is {- 4, 0, 4, 8, 12}

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The equation -bx2 + c2x + a3 has a larger solution of x = (-c + sqrt(c2 - 4ab))/2a.

We  must first move the constants to the right side of the equation in order to find the solution to the equation

-bx2 + c2x + a3 = 0.

As a result, we have the equation -bx2 + c2x = -a3. The result is x2 - (c2/b)x = -a3/b after dividing both sides by -b. The quadratic formula can be used to resolve this quadratic equation. x = (-c + sqrt(c2 - 4ab))/2a is the equation's more complex solution. We enter the coefficient values into the quadratic formula to verify this. The broader solution is

x = (-4 + sqrt(4 - 24))/4 = (-4 + sqrt(-20))/4 = (-4 + 25)/4 = 0.55 - 1,

for instance, if a = 2, b = 3, and c = 4. This demonstrates that the comprehensive answer.

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"At least one digit is present to the left of the decimal point in all cases" and "the exponent can be a positive or negative integer" are the correct option for the given question.

Decimal numbers, also known as base-10 numbers. They use a system of digits from 0 to 9 and a decimal point to represent values. The decimal point separates the integer part of the number from the fractional part.

For example, in the decimal number 56.36, 56 is the integer part and 36 is the fractional part.

Hence, at least one digit is present to the left of the decimal point in all cases.

In scientific notation, the exponent is used to represent very large or very small numbers. The number is written in the form of a x [tex]10^n[/tex] where 'a' is a decimal number between 1 and 10 (inclusive) and 'n' is an integer (positive or negative) exponent.

Say, for example, 0.00006 can be written as 6 x [tex]10^{-5}[/tex] where 6 is the coefficient and -5 is the exponent.

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The expression of the fraction 256^-3/4 in the form of a / b is equal to     1 / 64 where highest common factor between 1 and 64 is 1.

Expression of the fraction 256^-3/4 in the form a /b .

Where 'a' and 'b' are positive integers .

'a' and 'b' have no common factor than 1.

256^-3/4

= ( 1 / 256^3/4 )

= 1 / 2^ (8 × 3/4 )

= 1 / 2 ^ ( 2 × 3 )

= 1 / 2^6

= 1 / 2⁶

= 1 / 64 in the form of ( a / b )

Greatest common factor between 1 and 64 is equal to 1.

1 and 64 are positive integers.

Therefore, the expression of 256^-3/4 in the a/b fraction form is equal to 1/64.

The given question is incomplete, I answer the question in general according to my knowledge:

Express 256^-3/4 as a fraction. Write the fraction in the form a/b, where a and b are positive integers with no common factor greater than 1 .

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The percent of increase from 5.5 feet to 6 feet is 9.1%

Percentage is a way to express a number as a fraction of 100.

It is often used to express a proportion or rate in a convenient and understandable way.

To calculate percentage, you can use the formula: (part/whole) x 100.

For example, if you scored 80 out of 100 on a test, your percentage score would be 80%.

Percentage is often used in many fields such as finance, statistics, and education.

It can be used to express the increase or decrease between two values or to compare the parts of a whole.

You can use the following calculation to determine the percentage increase from 5.5 feet to 6 feet:

Old Value * 100 / (New Value - Old Value) = Percent Increase

In this case:

(6 - 5.5) / 5.5 * 100 = 9.090909090909091%

You can round this to the nearest tenth, which would be 9.1%.

Therefore, the percent of increase from 5.5 feet to 6 feet is 9.1%.

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Step-by-step explanation:

given = y = 6x-6 .

therefore ,

=) -3(6x-6)+8x=18 - ( from given ) .

=) -18x+18+8x=18 .

=) -10x=18-18 .

=) -10x = 0 .

=) x = 0/10 = 0.

therefore ,

y=6(0)-6 .

= -6 .

therefore , x = 0 & y = -6 .

[ it takes so much time to write and solve so plzzz => ]

The speed of the current is  7 miles per hour,

and the speed of the boat in still water is  2 miles per hour.

The distance that an object travels in relation to the amount of time it takes to do so can be used to define speed. In other terms, it is a measurement of an object's motion's speed without direction Velocities are what we get when speed and direction are combined.

Given A boat travels 10 miles upstream in 2 hours. Going​ downstream, it can travel 18 miles in the same amount of time.

let the speed of the boat and current be x and y,

for downstream,

x + y = D₁/t₁

D₁ = distance traveled in downstream = 18 miles

t₁ = time taken = 2 hours

x + y = 18/2

x + y = 9 .........(1)

for upstream,

x - y = D₂/t₂

D₂ = distance traveled in upstream = 10 miles

t₂ = t₁ = time taken  = 2 hours

x - y = 10/2

x - y = 5 .......(2)

adding both equations

x + y + x - y = 9 + 5

2x = 14

x = 7 miles per hour

and x + y = 9

7 + y = 9

y = 9 - 7

y = 2 miles per hour

speed of the boat is 7 miles per hour and the speed of the current is 2 miles per hour.

Hence boat's speed is  7 miles per hour and the current speed is 2 miles per hour.

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The probability of successful region is  =241/2500 Option b is correct.

Since √x=12, 12 ≤√x<13 and thus 144 ≤ x  < 169.
The successful region is when 120 ≤ 10√x < 121 in which case 12 ≤√x< 12.1
Thus, the successful region is when
144 ≤ x < 146.41

The successful region consists of a 2.41 long segment, while the total possibilities region is 25 wide. Thus, the probability is
=2.41/25
=241/2500 (B)  


In mathematics, a real number is a quantity that can be expressed as an infinite decimal expansion. In contrast to the natural numbers 1, 2, 3,..., which are derived from counting, real numbers are used in measurements of continuously varying quantities such as size and time.
               

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Answer: 12y+168

Step-by-step explanation:

Basically, multiply each of the numbers that are in the parenthesis by the number outside the parenthesis (12). So 12·y=12y and 12·14=168. Therfore the answer is 12y+168 .

Answer:

there is no value of v that makes quadrilateral PQRS a parallelogram.

Step-by-step explanation:

Hopefully this helps, may be wrong so...

A quadrilateral is a parallelogram if and only if opposite angles are equal. Therefore, in order for quadrilateral PQRS to be a parallelogram, angle P must be equal to angle S, and angle Q must be equal to angle R. From the given information, we know that:

angle P = v + 38°

angle S = 8v - 56°

angle Q = v + 98°

angle R = 6v - 72°

To find the value of v that makes quadrilateral PQRS a parallelogram, we must set angle P equal to angle S and angle Q equal to angle R:

v + 38° = 8v - 56°

v + 98° = 6v - 72°

Solving for v in the first equation:

v + 38° = 8v - 56°

-7v = -94°

v = 13.428571428571429

Solving for v in the second equation:

v + 98° = 6v - 72°

-5v = -170°

v = 34

We can see that both values of v do not match, therefore there is no value of v that makes quadrilateral PQRS a parallelogram.

A quadrilateral is a parallelogram if and only if the opposite angles are equal. In this case, the opposite angles are P and S, and Q and R.

Therefore, for the quadrilateral PQRS to be a parallelogram, we must have:

v+38° = 8v-56° and v+98° = 6v–72°

Solving the first equation for v:

v+38° = 8v-56°

38 = 7v

v = 38/7

Now we use this value of v to check if the second equation is true:

v+98° = 6v–72°

(38/7) +98 = 6(38/7) - 72

98 = -34

As we can see, the second equation is not true, so the value of v = 38/7 doesn't make quadrilateral PQRS a parallelogram.

No value of v exists that would make quadrilateral PQRS a parallelogram, as the opposite angles are not equal in this case.

No, the data provided in the link does not allow us to infer that the mean number of commercials watched during the game is different from 16.

To test the hypothesis that the mean number of commercials watched is different from 16, we would need to perform a statistical hypothesis test. The level of significance (10%) would be used to determine the critical value(s) for the test statistic, which would then be used to make a decision about the null hypothesis (that the mean number of commercials watched is equal to 16).

Without the results of such a test, it is not possible to make a conclusion about the difference between the mean number of commercials watched and 16.

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Answer:

The answer is 100. One way to find it out is 1600/16, and then you get 100.

Answer:

Okay so z is 3.

We are going to put taht into our equation

2(L + 8(3)) + L

2(L + 24) + L

Now we do the 2

2L + 48 + L

Okay now L is 4.2

SO

2(4.2) + 48 + (4.2)

8.4 + 48 + 4.2 = 60.6

Step-by-step explanation:

[tex]\huge\text{Hey there!}[/tex]

[tex]\mathsf{2(l + 8z) + l}\\\mathsf{= 2(4.2 + 2(8)(3)) + 4.2}\\\mathsf{= 2(4.2) + 2(8)(3) + 4.2}\\\mathsf{= 8.4 + 16(3) +4.2}\\\mathsf{= \mathsf{8.4 + 48 + 4.2}}\\\mathsf{= 56.4 + 4.2}\\\mathsf{= 60.6}\\\\\\\huge\text{Therefore, your answer should be:}\\\huge\boxed{\mathsf{\mathsf{60.6}}}\huge\checkmark[/tex]

[tex]\huge\text{Good luck on your assignment \& enjoy your day!}[/tex]

~[tex]\frak{Amphitrite1040:)}[/tex]

The sample may or may not be representative depending on the sampling method that was used. If the sample was randomly selected from the population, it may be representative.

Gender: Nominal

Age: Ordinal

Number of Family Members: Quantitative, Discrete

Income: Quantitative, Continuous

Education Level: Ordinal

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5 % pounds - (1 7/8 pounds + 1 1/2 pounds) = 2 5/8 pounds

The theory used in this question is algebra. Algebra is the branch of mathematics that studies the rules of operations and relations and the constructions and concepts arising from them.

In this question, algebra was used to solve for the number of pounds of plant food that Micah had left after using some for his tomato and pepper plants.

Step 1: Calculate the total amount of plant food that Micah bought: 5 % pounds

Step 2: Calculate the amount of plant food that Micah used for his tomato plants: 1 7/8 pounds

Step 3: Calculate the amount of plant food that Micah used for his pepper plants: 1 1/2 pounds

Step 4: Calculate the amount of plant food that Micah had left by subtracting the total amount of plant food used from the total amount of plant food bought: 5 % pounds - (1 7/8 pounds + 1 1/2 pounds) = 2 5/8 pounds

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This given series [tex]\displaystyle \sum_{n=1}^{\infty} \frac{1}{n!}[/tex] diverges.

The ratio can be defined as the number that can be used to represent one quantity as a percentage of another. Only when the two numbers in a ratio have the same unit can they be compared. Ratios are used to compare two objects.

Given a series, [tex]\displaystyle \sum_{n=1}^{\infty} \frac{1}{n!}[/tex] we need to see if the series converges or not.

the ratio test will fail if [tex]\displaystyle \lim_{n\to \infty} \left |\frac{a_{n+1}}{a_n} \right | =1[/tex]. Otherwise, the series converges absolutely if  [tex]\displaystyle \lim_{n\to \infty} \left |\frac{a_{n+1}}{a_n} \right | < 1[/tex] and diverges if [tex]\displaystyle \lim_{n\to \infty} \left |\frac{a_{n+1}}{a_n} \right | > 1[/tex]

Testing for the series  [tex]\displaystyle \sum_{n=1}^{\infty} \frac{1}{n!}\\[/tex],

=> [tex]\displaystyle \lim_{n\to \infty} \left |\frac{a_{n+1}}{a_n} \right |[/tex]

=>  [tex]\displaystyle \lim_{n\to \infty} \left |\frac{(n+1)!}{n!} \right | \\[/tex]

=> [tex]\lim_{n \to \infty} (n + 1)[/tex]

This value will always be greater than 1 for any positive value of n.

Therefore, This given series [tex]\displaystyle \sum_{n=1}^{\infty} \frac{1}{n!}[/tex] does not converge.

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Answer:  I don't have the capability to draw images. However, I can explain how to graph the equation y = x² for the interval -3≤x≤4.

To graph the equation, we can plot a set of points by substituting values of x from the given interval into the equation and solving for y.

For example:

when x = -3, y = (-3)² = 9

when x = -2, y = (-2)² = 4

when x = -1, y = (-1)² = 1

when x = 0, y = (0)² = 0

when x = 1, y = (1)² = 1

when x = 2, y = (2)² = 4

when x = 3, y = (3)² = 9

when x = 4, y = (4)² = 16

We can plot these points on a coordinate plane, and then connect them with a smooth curve.

The graph of y = x² for the interval -3≤x≤4 will be a parabola that opens upward and its vertex is located at (0,0) point.

The x-coordinates of the vertex are in the center of the inte

Step-by-step explanation:

The price of the ABC bond on the previous day is $104 3/4

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

Rate = $10 per day

Current price = $114 3/4

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

Previous price = Current price - Rate

Substitute the known values in the above equation, so, we have the following representation

Previous price = $114 3/4 = $10

Evaluate the difference

Previous price = $104 3/4

Hence, the previous price is $104 3/4

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Complete question

ABC bond increase by $10 everyday. If the price on a given is $114 3/4, what was the price of the ABC bond on the previous day?