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You have recently been hired to create a blueprint for a water park! Your

boss, Gelatinous Harrington, is a very skeptical person. She wants you to
include specific attractions and necessities in your design. You will need to
plan an accurate and logical layout of each park attraction to use for your
ordered pairs.
Location:
Help Center
Large Whirlpool (
Water Slide #1
Water Slide #2
Water Slide #3
Toddler Area
Lazy River
Concessions
Ordered Pairs:

Please help Worth 150 points!

User Gorbster
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2 Answers

5 votes
To create a blueprint for the water park, you can assign ordered pairs to each attraction based on their locations. Here's a possible arrangement:

Location: Help Center
Ordered Pair: (0, 0)

Location: Large Whirlpool
Ordered Pair: (10, 15)

Location: Water Slide #1
Ordered Pair: (5, 10)

Location: Water Slide #2
Ordered Pair: (10, 10)

Location: Water Slide #3
Ordered Pair: (15, 10)

Location: Toddler Area
Ordered Pair: (5, 5)

Location: Lazy River
Ordered Pair: (20, 10)

Location: Concessions
Ordered Pair: (15, 5)

These ordered pairs represent the approximate positions of each attraction in the water park. The first number in each pair represents the x-coordinate (horizontal position), and the second number represents the y-coordinate (vertical position).
User Sheldon Chang
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I remember doing this in 8th grade, this was genuinely fun.

Anyways,

To create an accurate and logical layout of the water park attractions, we can use ordered pairs to represent the location of each attraction. Assuming that the water park is laid out on a rectangular grid, we can use (x, y) coordinates to represent the location of each attraction, where x represents the horizontal position and y represents the vertical position.

Here are some possible ordered pairs that could represent the location of the attractions in the water park:

Help Center: (0,0)

Large Whirlpool: (10,10)

Water Slide #1: (5,20)

Water Slide #2: (15,20)

Water Slide #3: (10,30)

Toddler Area: (20,0)

Lazy River: (30,15)

Concessions: (25,30)

Of course, the actual layout of the water park will depend on various factors such as the size and shape of the park, the available space, and the specific design of each attraction. These ordered pairs are just one example of how the attractions could be laid out on a rectangular grid.

PART 2:

Sure, I can help you with that too. Here's how you can calculate the slope between attractions using the slope formula:

The slope formula is:

m = (y2 - y1)/(x2 - x1)

where m is the slope of the line connecting two points (x1, y1) and (x2, y2).

For example, to calculate the slope between the Help Center and the Large Whirlpool, we can use the ordered pairs (0,0) and (25,25):

m = (25 - 0)/(25 - 0) = 1

Therefore, the slope between the Help Center and the Large Whirlpool is 1.

Similarly, we can calculate the slopes between each pair of attractions using their respective ordered pairs.

To find the midpoint between two attractions, we can use the midpoint formula:

Midpoint formula: ((x1 + x2)/2, (y1 + y2)/2)

For example, to find the midpoint between the Help Center and the Large Whirlpool, we can use the ordered pairs (0,0) and (25,25):

((0 + 25)/2, (0 + 25)/2) = (12.5,12.5)

Therefore, the midpoint between the Help Center and the Large Whirlpool is (12.5,12.5).

Once you have the slope and midpoint for each pair of attractions, you can use them to writethe linear equations for the lines connecting the attractions. The point-slope form of a linear equation is:

y - y1 = m(x - x1)

where m is the slope of the line and (x1, y1) is a point on the line.

For example, to write the linear equation for the line connecting the Help Center and the Large Whirlpool, we can use the slope of 1 and the midpoint of (12.5,12.5):

y - 12.5 = 1(x - 12.5)

Simplifying this equation, we get:

y = x

Therefore, the linear equation for the line connecting the Help Center and the Large Whirlpool is y = x.

Similarly, we can write the linear equations for the lines connecting each pair of attractions using their respective slopes and midpoints.

User Serhii Shevchyk
by
7.8k points

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