SOLUTION: A piece of industrial machinery in the research and development lab of the company you work with, decreases in value every month after it was originally purchased for $96,852. An e
Algebra.Com
Question 1183040: A piece of industrial machinery in the research and development lab of the company you work with, decreases in value every month after it was originally purchased for $96,852. An equation that models the value of machinery as a function of time (in months) is as follows: V(t)=(Vo)(0.26^t)
What percentage of the previous months value, remains each month?
Answer by Theo(13342) (Show Source): You can put this solution on YOUR website!
the equation is v(t) = v(0) * .26 ^ t
based on this formula, i believe the remaining value each month will be 26% of the remaining value from the previous month.
here's a graph showing the value at the end of each month.
as you can see, the value of the machine drops very quickly in the first month and slows dramatically after about 5 months.
the remaining value each succeeding month is 26% of the value in the previous month.
RELATED QUESTIONS
A computer company invested a total of $363 million in research and development in its... (answered by ikleyn)
question 1: you deposit $1200 at 6% compound interest annually. Find the balance in your... (answered by stanbon)
The director of research and development for a company has nine scientists who are... (answered by ewatrrr)
The director of research and development for a company has nine scientists who are... (answered by Theo)
A company is considering implementing an investment opportunity in Dodoma. To identify... (answered by ikleyn)
A company is considering implementing an investment opportunity in Dodoma. To identify... (answered by ikleyn)
A bottling station in Plant A of a fizzy drinks company fills cans with nominal value of... (answered by stanbon)
The yearly depreciation for a piece of machinery was $1500 over 6 years. If the cost of... (answered by ichudov)
EMIZ Corporation is contemplating on building a hypermarket in two different location and (answered by Boreal)