Respuesta :
Use the depreciation formula.
[tex]\sf A=P(1-\dfrac{R}{100})^n[/tex]
Where 'P' is the principal amount, 'R' is the rate, and 'n' is the time in years. Plug in what we know:
[tex]\sf A=24380(1-\dfrac{14}{100})^6[/tex]
Divide:
[tex]\sf A=24380(1-0.14)^6[/tex]
Subtract:
[tex]\sf A=24380(0.86)^6[/tex]
Simplify the exponent:
[tex]\sf A\approx 24380(0.40456723513)[/tex]
Multiply:
[tex]\sf A\approx \boxed{\sf\$ 9863}[/tex]
[tex]\sf A=P(1-\dfrac{R}{100})^n[/tex]
Where 'P' is the principal amount, 'R' is the rate, and 'n' is the time in years. Plug in what we know:
[tex]\sf A=24380(1-\dfrac{14}{100})^6[/tex]
Divide:
[tex]\sf A=24380(1-0.14)^6[/tex]
Subtract:
[tex]\sf A=24380(0.86)^6[/tex]
Simplify the exponent:
[tex]\sf A\approx 24380(0.40456723513)[/tex]
Multiply:
[tex]\sf A\approx \boxed{\sf\$ 9863}[/tex]