Q: Identify the scale factor used to graph the image below.

I need more information or the itself determine scale factor. Could you please upload the image or provide the measurements of the figure and its image?

Q: At which angle will the hexagon rotate so that it maps onto itself?

hexagon will onto at an angle of 60°. Explanation A hexagon has rotational symmetry of order6, meaning it maps onto itself after rotations of multiples $60°$ (since $360°/6 60°$). These rotations include $60° $120°$, $° $°$, $300°$, and $0°$ (a full rotation: Recognize that a regularagon has identical sides and. The symmetry rotations are spaced around the circle, dividing $360°$ into 6 parts. Therefore, the smallest non-zero angle for which the hexagon maps onto itself is $60°$. Hence, the hexagon will map itself when rotated by 60°$.

Q: The graph shows the four quadrants of the coordinate plane.An XY coordinate plane divided into four quadrants. The x axis runs from left to right. The y axis runs up and down. Quadrant 1 is the top right quadrant. Quadrant 2 is the top left quadrant. Quadrant 3 is the bottom left quadrant. Quadrant 4 is the bottom right quadrant. y x Quadrant I Quadrant II Quadrant III Quadrant IV Where is (−2.5,2) located on the coordinate plane?Choose 1 answer:Choose 1 answer:(Choice A) Quadrant I AQuadrant I (Choice B) Quadrant II BQuadrant II (Choice C) Quadrant III CQuadrant III (Choice D) Quadrant IV DQuadrant IV (Choice E) x -axisE x -axis(Choice F) y -axisF y -axis18 of 22

The correct answer is: Choice B Quadr II. **Explanation point $(-2.5, 2)$ has a negative x-coordinate and a positive y-coordinate. In the coordinate plane, Quadrant II contains points where the x-value is negative and the y-value is positive. Therefore, $(-2., 2)$ located in Quadrant II. Steps: The x-coordinate $-2.5$, is less than zero, the point is to the left of y-axis. The-coordinate is $2\ which is greater than zero, indicating the point is above the x. 3. Combining, the point is in the top-left section of the plane, which isant II. Hence, the point \((-2., 2)$ is in Quadrant II.

Q: What is the value of x?

I need information or the specific equation to determine value of $$. Please provide the complete problem or.

Q: Write and solve the equation for each model. Use ■ to represent any variable, ■ to represent 1, and □ to represent -1.

provide the specific models or equations you'd like me to write and solve, as your request mentions "each model" but does not include the models themselves. Once I have the models, I can proceed writing and solving the equations accordingly.

Question

The circle graph above gives the distribution of salad dressing chosen by customers at a restaurant. If approximately 200 customers order salad each day at the restaurant, which of the following is closest to the difference per day between the number who choose Italian dressing and the number who choose Vinaigrette dressing?

Accepted Answer

$$30$$

Explanation

Calculate the number of customers who choose Italian dressing by taking $$45\%$$ of $$200$$, which is $$200×45\% = 90$$

Calculate the number of customers who choose vinaigrette dressing by taking $$30\%$$ of $$200$$, which is $$200×30\% = 60$$

Find the difference between the number of customers who choose Italian dressing and vinaigrette dressing, which is $$90 - 60 = 30$$