2 box plots. The number line goes from 175 to 450. For resort A, the whiskers range from 175 to 375, and the box ranges from 250

Option C: The paths of the skaters intersect at two points, but only one of them falls within the rink's boundaries. Step-by-step explanation: The center of the ice rink is established at coordinates (0,0) with a radius of 35 meters. The standard equation for a circle, given the coordinates (a,b) and radius r, is (x - a)² + (y - b)² = r². Therefore, the skating area can be defined as x² + y² = 35². Susan's skating path follows the equation y = 6x - x² - 5, meanwhile, Luke maneuvers from point (10, –21) along a parabolic path centered at (8, –9). This leads us to solve for the intersection points of their paths, confirming that while they intersect twice, only one point exists within the rink's confines.

Imagine a right triangle where vertex B is at the base of the hill, vertex S is at the top of the statue, and vertex Y represents your position. This triangle has a right angle at B, and angle Y measures 13.2°. Let h denote the height of the statue, making the lengths of sides YB and BS equal to 77 ft and 16+h ft, respectively.

With the lengths of two sides and one angle known, the height h can be determined using the tangent function:

ft.

Result: the height of the statue calculates to be 2.0565 ft.

Answer:

7.0 < x < 7.6

X represents the optimal pH level for the swimming pool water

Answer:

The most accurate interpretation of the equation 4x=3x is that it does not have any solutions.

Step-by-step explanation:

When Kate starts to solve the equation

To interpret the equation effectively:

Katie follows these steps

• 
• 
• 
• 
• 

Upon adding 2 to each side, the equation transforms to

• 4x-2+2=3x-2+2
• 4x=3x

Thus

Consequently, the equation does not yield any solutions.

Therefore, the interpretation stating no solution is accurate.