Are you looking for value to money spent? Buying something that has been previously owned could be just what your looking for. Cheap sports cars may only be a dream to a lot of would be sports car drivers. I can only guess how many people would really enjoy the thrill of having the driving […]
There is no doubt in my mind that a car can be a work of art, and even more so when there is an individual behind it. Most people identify with men like Enzo Ferrari, W.O. Bentley, Ettore Bugatti – they all started with nothing and stuck passionately to their individual vision. It shows in […]
Heh, when I think … Heh, when I think about it, it seems like it should be just x = 5450 * .93^8… That is, for every year, it is worth only 93% of the given value, or 7% less each year. That goes on for 8 years. The growth formula is so stuck in my head that I can’t decide now, so I think I’ll just wait to see what others say
November 30th, 2008 at 5:47 am
This is not an …
This is not an exponential function OK?
November 30th, 2008 at 5:47 am
it is 3049.720863, …
it is 3049.720863, or simply $3049.72
November 30th, 2008 at 5:47 am
Assuming the …
uming the depreciation is applied 8 times:
$5450.00 x (0.93^8) = $3049.72
November 30th, 2008 at 5:47 am
Heh, when I think …
Heh, when I think about it, it seems like it should be just x = 5450 * .93^8… That is, for every year, it is worth only 93% of the given value, or 7% less each year. That goes on for 8 years. The growth formula is so stuck in my head that I can’t decide now, so I think I’ll just wait to see what others say
November 30th, 2008 at 5:47 am
Exponential decay …
Exponential decay formula:
final value in 2010 = initial*e^(-rt), r=rate,t=time
So, x = 5450*e^(-.07*8),
x = $3,113.09