What is the value for quartile 3(Picture Included) please explain
What is the value for quartile 3(Picture Included) please explain - 1

Answers

Answer 1
Answer: Interquantile range (IQR) is represented by the gray box.
IQR = Q3 - Q1  //range for 50% middle values (of all values in the data)
thus Q1 is left side of the gray box, Q3 is right side of the gray box
Q1 = 8  //25% values are less or equal than Q1
Q3 = 18  //25% values are more or equal than Q3
answer: Q3 = 18

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Julia collects colored beads for craft projects. Of Julia’s beads, 49 are silver, 1
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4 are blue. The rest of the beads are red. Which expression gives the closest estimate of the
fraction of red beads Julia has?

Answers

Red beads = 1 - (4/9 + 1/5 + 1/4) = 1 - 161/180 = 19/180

Is 5 feet bigger than 60 inches

Answers

no, they are equal since in every foot there is 12 inches so 5*12=60
5 feet is equal to 60 inches because 1 foot is 12 incges and 5 times 12 equals 60 inches

wade wants to buy sweaters. He has $175 and each sweater costs $12.00. Write and solve an inequality to find how many sweaters he can buy and still have at least $55.

Answers

Wade wants to have at least $55 left, so the sign will be ≤ (greater than or equal to 55) One sweater costs $12. You can use x to represent an unkown number of sweaters, so $12x. You are subtracting 12x by your budget of $175. When put together, the inequality is $175-$12x ≤ $55.Now to solve. You want to get x alone so subtract 175. You must do this to both sides. Now you have -12x≤ -120. Divide both sides by -12 and your final answer is -120/-12 ≥ 10. (Notice the sign changes when you divide by a negative)So Wade cannot buy more than 10 sweaters to have $55 left over. Phoo that was a workout. It can be difficult but once you get the hang of it it comes easy. If you need more help just ask :D
X is the number of sweaters Wade buys.
175$-12x≥55$.
Solve the equation to get X = 10 sweaters.

Solve for x x-xy=z Hint: reverse distribution to get x alone

Answers

Answer:  x = z/(1-y)

Work Shown:

x - xy = z

x*1 - x*y = z

x*(1 - y) = z .... distributive rule in reverse

x = z/(1-y) ..... divide both sides by (1-y)

The distributive rule is a*(b+c) = a*b+a*c. You can also say a*(b-c) = a*b-a*c. In this case, we factored out the common factor x.

Is the equation x^9 – 5x^3 + 6 = 0 quadratic in form? Explain why or why not.

Answers

No, this equation is not quadratic. because the exponent of the first term is 9 while that of the second term is 3. The square of 3. If we are to square x3, we should only be getting x6 instead of x9. Therefore, the answer is NO.

this literally isn’t my answer btw

Answer: No

Step-by-step explanation:

It isn’t quadratic

A college raises its tuition in each of three consecutive years. If the percent increase by 5%, 9%, and 7%, determine the overall percent increase at the end of the three-year period?

Answers

The overall increment at the end of the three-year period is 22.5%

The increments are given as:

\mathbf{Year\ 1 =5\%}

\mathbf{Year\ 2 =9\%}

\mathbf{Year\ 3 =7\%}

So, the overall increment is calculated as:

\mathbf{Overall = (1 + Year\ 1) * (1 + Year\ 2) * (1 + Year\ 3) -100\%}

Substitute known values

\mathbf{Overall = (1 + 5\%) * (1 + 9\%) * (1 + 7\%) -100\%}

Express as decimals

\mathbf{Overall = (1 + 0.05) * (1 + 0.09) * (1 + 0.07) -100\%}

\mathbf{Overall = (1.05) * (1.09) * (1.07) -100\%}

Multiply

\mathbf{Overall = 1.224615 -100\%}

Express as percentage

\mathbf{Overall = 122.4615\% -100\%}

Subtract

\mathbf{Overall = 22.4615\%}

Approximate

\mathbf{Overall = 22.5\%}

Hence, the overall increment is 22.5%

Read more about percentage change at:

brainly.com/question/11639405

The overall percentage increase is 22.5%.

step-by-step explanation

Percentage increase in the first year=5%

Percentage increase in the second year=9%

Percentage increase in the third year=7%

we have to calculate the overall percentage increase

Let  the initial tuition fees be x

tuition fees after three years=

=x* (100+a)/(100) *(100+b)/(100)* (100+c)/(100) \n=x* (105)/(100) *(109)/(100) *(107)/(100) \n\n=x* (1224615)/(1000000) \n=x*(122.4625)/(100) \n=x*(100+22.4625)/(100)

The overall percentage increase is 22.5%.