Please help me with this ^^ <3 In 1980 approximately 4,825 million metric tons of carbon dioxide emissions were recorded for the United States. That number rose to approximately 6,000 million metric tons in the year 2005.
Here you have measurements of carbon dioxide emissions for two moments in time. If you treat this information as two ordered pairs (x, y), you can use those two points to create a linear equation that helps you make predictions about the future of carbon dioxide emissions!
• Organize the measurements into ordered pairs.

• Find the slope

• Set up an equation in point-slope form

• Show the equation in slope-intercept form

• Predict emissions for the year 2020

Your question: Please help me with this ^^ <3In 1980 approximately 4,825 million metric tons of carbon dioxide emissions were recorded for the United States. That number rose to approximately 6,000 million metric tons in the year 2005.

Here you have measurements of carbon dioxide emissions for two moments in time. If you treat this information as two ordered pairs (x, y), you can use those two points to create a linear equation that helps you make predictions about the future of carbon dioxide emissions!

• Organize the measurements into ordered pairs.

• Find the slope

• Set up an equation in point-slope form

• Show the equation in slope-intercept form

• Predict emissions for the year 2020

My I have no clue.

Why is my answer correct? Good question! Let me explain:

It isn't. UwU

Hope this helps, even know I know it won't! UwU

-Maxwell

(Sorry if this is confusing)

I rlly hope this helps! :)

1/2*qr*rs

step-by-step explanation: