What is the name of your state?
NY, but I'm trying to figure out if this is a statutory thing or a federally regulated thing.
How exactly is judgment interest calculated? I mean mathematically. Almost all the bylaws I have read will say "per annum" or some effect thereof, but nowhere does it seem to be broken down how this is supposed to be done. I've seen some judgments that breakdown the math for you, and it divides the interest rate by the number of days in a year, then finds out the number of days between the entry of judgment and today's date. It then concludes with a simple multiplication of the three numbers.
Let me demonstrate my confusion over this method. Lets assume this example:
A judgment of $1,000.00 awarded at 12% per annum on 1/1/2015. Let's pretend today's date is 1/1/2018 for simplicity's sake.
12% a year is 0.0328767% per day.
1/1/2015 to 1/1/2018 is 1096 days.
1096 * 0.0328767% * 1000 = 360.328767123288.
We round to the nearest cent I suppose, to $360.33 interest.
Okay, but wait a second.
The verbage is "12% per annum" 1/1/2015 to 1/1/2018 is 3 years. That should be 12% per year, which is an easy multiplication that gives you $120.00 per year. 3 years is $360.00. This should be the correct answer as far as I'm aware. This is the most literal interpretation of the word of the law to mathematics principal, but everywhere else they seem to do leaps and bounds to break the system down into a daily one that just doesn't add up, and this seems to be accepted?
Where did the extra 33 cents come from? Is the leap year to blame? if we use 365.25 days in a year to account for it (which I also see some states doing), the math still comes out to $360.08.
Is there any federal regulation how this interest is supposed to be calculated? Or is it up to states to disseminate how they want it to be done?(if it's either of these two I've yet to find it on any government resource) Or is it a free for all with no real attention and everyone everywhere just glances at the numbers, shrugs, and says "Eh. I guess this looks right." as long as it comes close-ish?
NY, but I'm trying to figure out if this is a statutory thing or a federally regulated thing.
How exactly is judgment interest calculated? I mean mathematically. Almost all the bylaws I have read will say "per annum" or some effect thereof, but nowhere does it seem to be broken down how this is supposed to be done. I've seen some judgments that breakdown the math for you, and it divides the interest rate by the number of days in a year, then finds out the number of days between the entry of judgment and today's date. It then concludes with a simple multiplication of the three numbers.
Let me demonstrate my confusion over this method. Lets assume this example:
A judgment of $1,000.00 awarded at 12% per annum on 1/1/2015. Let's pretend today's date is 1/1/2018 for simplicity's sake.
12% a year is 0.0328767% per day.
1/1/2015 to 1/1/2018 is 1096 days.
1096 * 0.0328767% * 1000 = 360.328767123288.
We round to the nearest cent I suppose, to $360.33 interest.
Okay, but wait a second.
The verbage is "12% per annum" 1/1/2015 to 1/1/2018 is 3 years. That should be 12% per year, which is an easy multiplication that gives you $120.00 per year. 3 years is $360.00. This should be the correct answer as far as I'm aware. This is the most literal interpretation of the word of the law to mathematics principal, but everywhere else they seem to do leaps and bounds to break the system down into a daily one that just doesn't add up, and this seems to be accepted?
Where did the extra 33 cents come from? Is the leap year to blame? if we use 365.25 days in a year to account for it (which I also see some states doing), the math still comes out to $360.08.
Is there any federal regulation how this interest is supposed to be calculated? Or is it up to states to disseminate how they want it to be done?(if it's either of these two I've yet to find it on any government resource) Or is it a free for all with no real attention and everyone everywhere just glances at the numbers, shrugs, and says "Eh. I guess this looks right." as long as it comes close-ish?