$420.00
600/14000 = 3/70
2^4 x 5^3 x 7 = 14000
To find the present value (PV) required to accumulate $14,000 in 3 years at a 6% annual interest rate compounded semianually, we use the formula for compound interest: [ PV = \frac{FV}{(1 + r/n)^{nt}} ] where ( FV = 14000 ), ( r = 0.06 ), ( n = 2 ), and ( t = 3 ). Plugging in the values, we get: [ PV = \frac{14000}{(1 + 0.06/2)^{2 \times 3}} = \frac{14000}{(1 + 0.03)^{6}} = \frac{14000}{1.194052} \approx 11783.53 ] Thus, approximately $11,783.53 should be deposited today.
$1150.00 X 3% = $34.50 minimum payment or $1150.00 X .03 = $34.50 minimum payment
3% of $115,000.00 = 3% * 115000 = 0.03 * 115000 = $3,450.00
3% of 14000 = 3% * 14000 = 0.03 * 14000 = 420
775
400 down payments : 1200 = 1 down payment : 3 payments or 1/3 dp : 1 payment
$775
600/14000 = 3/70
Well, honey, the ratio of 6000 to 14000 is 3:7. So, if you're looking for a sassy way to put it, for every 3 parts of 6000, there are 7 parts of 14000. Math doesn't have to be boring, darling!
The increase is from the original, so take (2000 divided by 12000) x 100 = the % increase = 16 and 2/3 %
2^4 x 5^3 x 7 = 14000
what is present value of a single payment of 24,000 at 6 percent for 12 years
14000
$1150.00 X 3% = $34.50 minimum payment or $1150.00 X .03 = $34.50 minimum payment
3n10 net30 This is usually the way it's stated (or something similar) 2n10 net 30 means a 2 percent discount if paid within in ten days of the invoice date with full payment due in 30 days. So 3n10 would describe a 3 percent discount.