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Mathematics 14 Online
OpenStudy (anonymous):

City maps are often shown on a coordinate grid to make them easier to use. A central location can be set as the origin of the grid, and the regions of the grid can be framed by roads or other features to create closed shapes. For this option, you will design a new park by creating a colored-in, closed figure on a coordinate plane. Create a fun figure that will have everyone coming to your park. A diamond, a trapezoid—you name it! Then, you will state the inequalities that allow you to create the figure. You may use the link and directions below to help you create your shape or you may use

OpenStudy (anonymous):

any paint program, slideshow program, or graph the figure by hand, scan, and attach.

OpenStudy (anonymous):

You must submit the following to your instructor: The graph: A coordinate plane with a colored in, closed figure. Each segment must be labeled. The inequalities: Show the work for finding the inequality that defines each segment. A point: Choose a point within the boundaries of the shape, and show algebraically that the point satisfies all of the inequalities. Your reflection: Write a paragraph of three or more sentences as you reflect on this activity and your final product. You may use specific questions to guide your thoughts, if needed. Continue to the next page to learn about your second option.

OpenStudy (anonymous):

I really need some help please.

OpenStudy (anonymous):

umm, in my opinion, this project is pretty straight forward..... how exactly do you want us to help you?

OpenStudy (anonymous):

i mean, i can try, but...

OpenStudy (anonymous):

Actually, I'll give it a try real quick.

OpenStudy (anonymous):

ok. ill be here if you still need help

OpenStudy (anonymous):

Okay.

OpenStudy (anonymous):

Alright, I found the points and inequalities. @jacobwat

OpenStudy (anonymous):

ok. did you label them on your graph?

OpenStudy (anonymous):

Yeah https://www.desmos.com/calculator/hjp1gltfpm

OpenStudy (anonymous):

They are (6,2), (3,5), (9,5), and (6,8)

OpenStudy (anonymous):

ok. so if i were you, i'd make sure you drew it on a piece of paper and labeled each thing. i suggest this because your teacher needs to know you showed your work.

OpenStudy (anonymous):

I did, its on piece of graphing paper I have, and its labeled.

OpenStudy (anonymous):

ok good. Do you have an idea of what you are going to say for your reflection? if so, do you mind typing it so i could read it?

OpenStudy (anonymous):

I just have this one little problem, do I have to fill in the x variable in order to find the inequalities?

OpenStudy (anonymous):

uno momento, let me get my book

OpenStudy (anonymous):

Okay. I'll wait.

OpenStudy (anonymous):

yes, i think you need to solve for x. to be safe, try trying to solve it with and without solving for x. (if that makes sense)

OpenStudy (anonymous):

For my reflection, I can reflect on these questions: What did you think of the activity? Did you like or dislike it? Why? What was the easiest part of this activity? Why? What was the hardest part of this activity? Why? What part of this activity did you like the best? Why? What part of this activity did you like the least? Why? If you could change one thing about this activity, what would you change and why? I'm only going to answer the top 3 questions.

OpenStudy (anonymous):

Just use the x value from the points like (6,2) but use the 6 value as my x value?

OpenStudy (anonymous):

i believe so. let me check (its been a while since i did this)

OpenStudy (anonymous):

Okay, no problamo.

OpenStudy (anonymous):

i have a friend, he might be better at this. @iGreen

OpenStudy (anonymous):

Okay

OpenStudy (anonymous):

guys?

OpenStudy (anonymous):

ok. try using the x value from the 6,2 but if i were you, i'd tell your instructor in your reflection about what you got confused on about x

OpenStudy (anonymous):

Oh Okay. Thank you for trying. :)

OpenStudy (anonymous):

yea. sorry i couldnt do more

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