# data[].attributes.headline
I learned how to come up with designs of a rectangular dance floor that is 60 tiles. These designs that could apply in real world situations.  I came up with different designs for example 5 by 12 and 6 by 10. I also learned how to place these points to create a graph that represented the dance floor layout. Then I learned how to find the asymptotes of the graph. Then I learned how to find the Perimeter vs. Length placed those points on a table,created a graph and found the asymptotes.  

# data[].attributes.subject
I learned how to come up with designs of a rectangular dance floor that is 60 tiles. These designs that could apply in real world situations.  I came up with different designs for example 5 by 12 and 6 by 10. I also learned how to place these points to create a graph that represented the dance floor layout. Then I learned how to find the asymptotes of the graph. Then I learned how to find the Perimeter vs. Length placed those points on a table,created a graph and found the asymptotes.  

# data[].attributes.body
Aboubacar learned

# data[].attributes.headline
Jovany learned how different Asymtopes apply in real-world situations. For example: when planning the area and perimeter of a dance floor or any floor for that matter.

# data[].attributes.subject
Jovany learned how different Asymtopes apply in real-world situations. For example: when planning the area and perimeter of a dance floor or any floor for that matter.

# data[].attributes.body
This is our slant asymptote,Horizontal asymptote. The graph does not cross over these lines. The Horizontal asymptote are at 0 and the slant asymptote are at 2x.

# data[].attributes.headline
We are creating a dance floor. We are going through the process of, making a table, graph, creating an equation that goes along with the graph.  

# data[].attributes.subject
We are creating a dance floor. We are going through the process of, making a table, graph, creating an equation that goes along with the graph.  

# data[].attributes.headline
These points make a L looking graph. The graph gets very close to both the X and Y axis/lines but it does not cross over. As the width value gets larger, the length value gets smaller. As the length value gets larger, the width value gets smaller.

# data[].attributes.subject
These points make a L looking graph. The graph gets very close to both the X and Y axis/lines but it does not cross over. As the width value gets larger, the length value gets smaller. As the length value gets larger, the width value gets smaller.

# data[].attributes.headline
The vertical asymptote is x=0 and the horizontal asymptote is y=0 This means that the length, or width of the dance floor can never reach 0

# data[].attributes.subject
The vertical asymptote is x=0 and the horizontal asymptote is y=0 This means that the length, or width of the dance floor can never reach 0

# data[].attributes.headline
The design with the fewest edge pieces has to have either the length and width of 6 or 10. The design with the most edge pieces would have to have a length and width of 1 or 60.

# data[].attributes.subject
The design with the fewest edge pieces has to have either the length and width of 6 or 10. The design with the most edge pieces would have to have a length and width of 1 or 60.

# data[].attributes.headline
These points create a U shape graph. As length and width values are closer together, the value of the perimeter is less. The graph does not cross either the x or y-axis. It stays in the first quadrant.    

# data[].attributes.subject
These points create a U shape graph. As length and width values are closer together, the value of the perimeter is less. The graph does not cross either the x or y-axis. It stays in the first quadrant.    