# data[].attributes.headline
Pick your Favorite Lesson from that chapter

# data[].attributes.subject
Pick your Favorite Lesson from that chapter

# data[].attributes.body
Describe WHY this was your favorite lesson in at least 3 sentences. (don’t just say because it was easy that’s why you liked that lesson). Upload a picture of that lesson from your notebook or picture from the internet that relates.

# data[].attributes.headline
Answer to Essential Question for that lesson

# data[].attributes.subject
Answer to Essential Question for that lesson

# data[].attributes.body
Answer the essential question from your favorite lesson (3 or more sentences). If you do not have the essential question written down ask a friend if they wrote it down. Include a visual from internet that relates to it.

# data[].attributes.headline
How does that chapter relate to the 'Real World'? 

# data[].attributes.subject
How does that chapter relate to the 'Real World'? 

# data[].attributes.body
Describe in 3 or more sentences how a topic in this chapter can be applied to the real world.  Include a visual from the internet that relates to it!

# data[].attributes.body
I liked this lesson because it had a fun process. you'd go from doing the box to the sum which is smart and easy. Lastly you'd find the product from the two steps

# data[].attributes.body
you first write the sum, then you draw the area model and fill it in with the sum, last you solve and made it into a product (x-/+_)+(x+/__)

# data[].attributes.body
i liked this lesson because it taught me different description words for graphs, i always remembered the function one because of the line test, if it goes through it more than once/

# data[].attributes.body
by describing if its linear or not, if its increasing or decreasing, if its continuous or discrete and if its a function

# data[].attributes.body
i liked doing the equations for the circles because it was easy to remember and the final equation is pretty in my opinon

# data[].attributes.body
you fill in (x-h^2)^2+(y-k^2)^2=r^2 i like the r because its my initial