The answer is $93,112.96.
We first need to find how the number of days from the date of the note till the partial payment. December 31 - 10 days = 21, then add 8 January = 29 days
Next, we will be using this formula - A = p (1 + rt) in getting the amount due. p represents the face value; r for the rate; and t for the time. Subtract the partial payment after.
A = p (1 + rt)
A = 145,000 [1 + (13.5%x(29/365))]
A = 146,555.27
A = 146,555.27 - 55,000
A = 91,555.27
Compute for the remaining days to maturity. 75 days - 29 days = 46 days Use the same formula using the new A and t
A = 91,555.27 [1 + (13.5%x(46/365))]
A = $93,112.96 due after 75 days
Answer:
24, 26, and 28
Step-by-step explanation:
They are all even and they are consecutive even integers that equal 78 when added up
Answer:
x + 7
Step-by-step explanation:
N/A
Let the number of frogs in the Blue Pond be x
Blue Pond = x
There were 26 more frogs in Green Pond than in Blue Pond
Green Pond = x + 26
There were 80 frogs altogether
x + x + 26 = 80
2x + 26 = 80
2x = 80 - 26
2x = 54
x = 27
x + 26 = 27 + 26 = 53
There were 53 frogs in the Green Pond originally.
Answer:
C. 6x² + 12xy
Step-by-step explanation:
Distribute the 3x to both terms in the parenthesis by multiplying them together...
3x(2x) + 3x(4y)
6x² + 12xy