Objective: SWBAT identify the relationship between linear and nonlinear multivariable graphs by analyzing the changes in graphic data
Do Now:
Question 1
1.
Question 2
2.
What do you notice about the data plotted on the graph? what does it mean?
"I notice that the graph ... "
(THINK: What direction does it go? what part/variable are increasing?)
Guided Notes:
Question 3
3.
What information does the X-axis (independent variable) give you?
What information does the Y-axis (dependent variable) give you?
Question 4
4.
What do you notice about the data plotted on the graph? what does it mean?
"By analzying this graph I can see that ...
This means ... "
Practice:
Question 5
5.
What information does the X-axis (independent variable) give you?
What information does the Y-axis (dependent variable) give you?
Question 6
6.
What do you notice about the data plotted on the graph? what does it mean?
"By analzying this graph I can see that ...
This means ... "
Question 7
7.
Exit Ticket:
Question 8
8.
What information does the X-axis (independent variable) give you?
What information does the Y-axis (dependent variable) give you?
Question 9
9.
What do you notice about the data plotted on the graph? what does it mean?
"By analzying this graph I can see that ...
This means ... "
Question 10
10.
What variables/information does the graph give you?
CO2 Concerntration and Year
CO2 Concerntration and Monthly Average CO2 Concentration
Year and Monthly Average CO2 Concentration
A city planner is designing an outdoor concert arena. Cement will be used for some of the construction. The answer to which question would BEST help the city planner make a design that will reduce the environmental impacts related to using cement?
How many months will it take to construct the arena?
What is the smallest quantity of cement tht can be used to build the arena?
In which year will the construction of the arena be completed?
What is the least expensive material tha tcan be used to create cement for the arena?
According to Graph 4, which of the following lists contributions to carbon emisssions in 1950 in order from LEAST to GREATEST