A farmer buys a new tractor for $145,000 and assumes that it will have a trade-in value of $86,000 after 10 years. The farmer uses a constant rate of depreciation to determine the annual value of the tractor. C (A) Find a linear model for the depreciated value V of the tractor t years after it was purchased. v=0 (B) What is the depreciated value of the tractor after 6 years? The depreciated value of the tractor after 6 years is $. (C) When will the depreciated value fall below $70,000? The depreciated value will fall below $70,000 during the (D) Graph V for 0 st≤ 20. Choose the correct graph below. th year.
A farmer buys a new tractor for $145,000 and assumes that it will have a trade-in value of $86,000 after 10 years. The farmer uses a constant rate of depreciation to determine the annual value of the tractor. C (A) Find a linear model for the depreciated value V of the tractor t years after it was purchased. v=0 (B) What is the depreciated value of the tractor after 6 years? The depreciated value of the tractor after 6 years is $. (C) When will the depreciated value fall below $70,000? The depreciated value will fall below $70,000 during the (D) Graph V for 0 st≤ 20. Choose the correct graph below. th year.
Chapter4: Linear Functions
Section4.3: Fitting Linear Models To Data
Problem 23SE: The US. import of wine (in hectoliters) for several years is given in Table 5. Determine whether the...
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