Drag each ote to the correct box. Not all tiles will be used The table represents the balance of Sylvia's loan, y over a period of 24 months. She used technology to create the scatter plot shown and determined the best fit equation to model the data y=-382.05x=25,07740. Determine how long it will take to reach the green balances.the balance of the loan will be approximately $17,000.__________the balance of the loan will reach $0_________

Drag each ote to the correct box Not all tiles will be used The table represents the balance of Sylvias loan y over a period of 24 months She used technology to class=
Drag each ote to the correct box Not all tiles will be used The table represents the balance of Sylvias loan y over a period of 24 months She used technology to class=
Drag each ote to the correct box Not all tiles will be used The table represents the balance of Sylvias loan y over a period of 24 months She used technology to class=

Respuesta :

The given model is as given below

[tex]y=-382.05x+25077.4[/tex]

Find the value of x when y= $17000 as shown below

[tex]\begin{gathered} 17000=-382.05x+25077.4 \\ 17000-25077.4=-382.05x \\ -8077.4=-382.05x \\ x=\frac{-8077.4}{-382.05} \\ x=21.14 \end{gathered}[/tex][tex]x\approx21months[/tex]

The value of x when y = $0 is as shown below

[tex]\begin{gathered} 0=-382.05x+25077.4 \\ -382.05x=-25077.4 \\ x=\frac{-25077.4}{-382.05} \\ x=65.639\text{months} \\ x\approx66months \end{gathered}[/tex]

Hence, when the loan balance is $17,000, it will take 21 months. While, when the loan is $0, it will take 66 months

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