Answer:
A trum-pet ;) almost got me there

Compare 2/6 and 5/8 using benchmark number. Which number can you use to compare these fraction

As the saying goes, “You can't please everyone.” Studies have shown that in a largepopulation approximately 4.5% of the population will be displeased, regardless of thesituation. If a random sample of 25 people are selected from such a population, what is theprobability that at least two will be displeased?A) 0.045B) 0.311C) 0.373D) 0.627E) 0.689

Write an equation in point-slope form for the line through the given point with the given slope.(8, –3); m = -1/4

Fator the following problem x^2+12x+36

Marisol and Mimi walked the same distance from their school to a shopping mall. Marisol walked 2 miles per hour, while Mimi left an hour later and walked 3 miles per hour. If they reached the mall at the same time how far is the mall from their school?

As the saying goes, “You can't please everyone.” Studies have shown that in a largepopulation approximately 4.5% of the population will be displeased, regardless of thesituation. If a random sample of 25 people are selected from such a population, what is theprobability that at least two will be displeased?A) 0.045B) 0.311C) 0.373D) 0.627E) 0.689

Write an equation in point-slope form for the line through the given point with the given slope.(8, –3); m = -1/4

Fator the following problem x^2+12x+36

Marisol and Mimi walked the same distance from their school to a shopping mall. Marisol walked 2 miles per hour, while Mimi left an hour later and walked 3 miles per hour. If they reached the mall at the same time how far is the mall from their school?

a. - ∞ <_ x <_ ∞

b. - ∞ < x < ∞

c. - ∞ < f^-1(x) < ∞

d. - ∞ <_ f^-1(x) <_ ∞

please help and thank you!!

Here we have to use the fact that the domain of the function is equal to the range of the inverse function and range of the function is equal to the domain of the inverse function .

In the given question , the domain of the given function is given. So the range of the given option is same as the domain.

Therefore the correct option is c.

A The line segments are parallel, and the image is twice the length of the given line segment.

B. The line segments are parallel, and the image is one-half of the length of the given line segment.

C. The line segments are perpendicular, and the image is twice the length of the given line segment.

DD The line segments are perpendicular, and the image is one-half of the length of the given line segment.

9514 1404 393

**Answer:**

A The line segments are parallel, and the image is twice the length of the given line segment.

**Step-by-step explanation:**

Dilation by a factor of 2 means any measure of the image is **2 times the corresponding measure** of the original.

Dilation does not change any orientations, so the image will have the same orientation with respect to the origin, axes, or any other line segments. That means the dilated segment is **parallel to the original**. (If the center of dilation is *on* the original line segment, the dilated segment will overlay the original segment. That is specifically *not* the case here.)

156-30 = 126

126/3 = 42degrees Fahrenheit per hour

126/3 = 42degrees Fahrenheit per hour

**Answer:**

a)The data shows a downward trend pattern

**Step-by-step explanation:**

See attached images

In simple linear regression, the **parameters **for the line that minimizes the MSE can be found. To determine if a regression model suggests a goal is being met, compare predicted values to the goal value.

In simple linear regression analysis, the parameters for the line that **minimizes **the Mean Squared Error (MSE) can be found. The y-intercept (b0) and slope (b1) of the line can be calculated using the data. To determine if the regression model suggests that a goal is being met, you would compare the predicted values from the regression model to the goal value. If the predicted values are less than or equal to the goal value, then the goal is being met.

#SPJ3

Answer: The answer is (19, 17), (20, 18), (21, 19), (22, 20), and (23, 21).

Step-by-step explanation:

Answer:

Step-by-step explanation:

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