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You will create your very own Roller Coaster from Piecewise Functions using multiple functions that we have learned in class.I have enclosed a sample project inside this module. This assignment will be a 100 point PERFORM grade for 3rd Quarter. Requirements: You will build a rollercoaster in Desmos (please don't forget to sign in while working on it). When done take screen shots and you will build a guided Powerpoint. - Function Requirements: You must use linear, absolute value quadratic, and cubic functions You may use others but this is the minimum. You will start at the origin and end on the X-Axis at 50 or farther from origin. Things that must be Included: Domain, Range, Increasing Decreasing, Constant Intervals, Relative Min and Max's (new for this semester! Screenshot(s) of all Piecewise Functions used. Slide 1 -Name, Block Coaster Name Slide 2-Screenshot of Coaster Slide 3-Screenshot of ALL Equations and Domains Slide 4 -Characteristics of Coaster Slide 5-Couster location at specific f(x) values: f(0),f(10),f(20),f(30, and f(40) in the context of the rollercoaster's height. EACH SLIDE 20 points!" Tips: Make sure you sign into Desmos every time you are working on your Coaster and click save regularly Use Regressions in Ti-84 to create equations (Stat edit,Stat Calc) The next Domain will continue from previous Domain ex 0lt xlt 5 next domain will be something like 5lt xlt 12 etc... Example included - note Max and Min's were not included then -you must add DONT forget to upload thru link in Module

Pergunta

You will create your very own Roller Coaster from Piecewise Functions using multiple functions that we have learned in class.I have enclosed a sample project inside this module. This assignment will be a 100 point PERFORM grade for 3rd Quarter. Requirements: You will build a rollercoaster in Desmos (please don't forget to sign in while working on it). When done take screen shots and you will build a guided Powerpoint. - Function Requirements: You must use linear, absolute value quadratic, and cubic functions You may use others but this is the minimum. You will start at the origin and end on the X-Axis at 50 or farther from origin. Things that must be Included: Domain, Range, Increasing Decreasing, Constant Intervals, Relative Min and Max's (new for this semester! Screenshot(s) of all Piecewise Functions used. Slide 1 -Name, Block Coaster Name Slide 2-Screenshot of Coaster Slide 3-Screenshot of ALL Equations and Domains Slide 4 -Characteristics of Coaster Slide 5-Couster location at specific f(x) values: f(0),f(10),f(20),f(30, and f(40) in the context of the rollercoaster's height. EACH SLIDE 20 points!" Tips: Make sure you sign into Desmos every time you are working on your Coaster and click save regularly Use Regressions in Ti-84 to create equations (Stat edit,Stat Calc) The next Domain will continue from previous Domain ex 0lt xlt 5 next domain will be something like 5lt xlt 12 etc... Example included - note Max and Min's were not included then -you must add DONT forget to upload thru link in Module

You will create your very own Roller Coaster from Piecewise Functions using multiple functions that we have learned in class.I have enclosed a sample project inside this module. This assignment will be a 100 point PERFORM grade for 3rd Quarter. Requirements: You will build a rollercoaster in Desmos (please don't forget to sign in while working on it). When done take screen shots and you will build a guided Powerpoint. - Function Requirements: You must use linear, absolute value quadratic, and cubic functions You may use others but this is the minimum. You will start at the origin and end on the X-Axis at 50 or farther from origin. Things that must be Included: Domain, Range, Increasing Decreasing, Constant Intervals, Relative Min and Max's (new for this semester! Screenshot(s) of all Piecewise Functions used. Slide 1 -Name, Block Coaster Name Slide 2-Screenshot of Coaster Slide 3-Screenshot of ALL Equations and Domains Slide 4 -Characteristics of Coaster Slide 5-Couster location at specific f(x) values: f(0),f(10),f(20),f(30, and f(40) in the context of the rollercoaster's height. EACH SLIDE 20 points!" Tips: Make sure you sign into Desmos every time you are working on your Coaster and click save regularly Use Regressions in Ti-84 to create equations (Stat edit,Stat Calc) The next Domain will continue from previous Domain ex 0lt xlt 5 next domain will be something like 5lt xlt 12 etc... Example included - note Max and Min's were not included then -you must add DONT forget to upload thru link in Module

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To create a roller coaster using piecewise functions in Desmos, follow these steps:

1. Start at the origin (0,0) and end on the X-axis at 50 or farther from the origin.
2. Use linear, absolute value, quadratic, and cubic functions to build the roller coaster.
3. Include the domain, range, intervals where the function is increasing, decreasing, or constant, and the relative minimum and maximum values.
4. Take screenshots of all the piecewise functions used and their domains.
5. Create a PowerPoint presentation with the following slides:
- Slide 1: Name and Roller Coaster Name
- Slide 2: Screenshot of the Roller Coaster
- Slide 3: Screenshot of all Equations and Domains
- Slide 4: Characteristics of the Roller Coaster
- Slide 5: Roller Coaster location at specific f(x) values: f(0), f(10), f(20), f(30), and f(40) in the context of the roller coaster's height.

Remember to sign into Desmos every time you are working on your roller coaster and save your work regularly. Use the TI-84 calculator's regression feature to create equations. The domains should continue from the previous domain, such as 0 < x < 5, followed by 5 < x < 12, and so on.

Once you have completed your roller coaster, upload it through the link provided in the module.
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