Select the correct answer from each drop-down menu. Timothy purchased a computer for $1,000. The value of the computer depreciates

Question

Select the correct answer from each drop-down menu. Timothy purchased a computer for $1,000. The value of the computer depreciates by 20% every year. This situation represents. The rate of growth or decay, r, is equal to. So the value of the computer each year is % of the value in the previous year. It will take years for the value of the computer to reach $512.

Sapo1 · Answer

It will take  3 years  for the  value  of the computer of  initial value  $1000 to reach $512.    Given,  Timothy  purchased a computer for $1,000.   The value of the computer  depreciates  by 20% every year.   we have to find the number of years value of computer will take to reach $512.  Let, the  function  representing this situation be,  V(t) = AB^t  where, A is the  initial value  of the computer and B is the  depreciating rate .  So, V(t) = (1000)(1 - 20/100)^t  V(t) = (1000)(0.8)^t  Now, the value will be, 512  512 = 1000(0.8)^t  0.512 = (0.8)^t  t = 3  So, it will take  3 years  for the  value  of the computer of  initial value  $1000 to reach $512.    Hence, it will take  3 years  for the  value  of the computer of  initial value  $1000 to reach $512.    Learn more about  Exponential Functions  here https://brainly.com/question/12472697    #SPJ4

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