Answer:
28.06
Explanation:
The formula for calculating this is,
(Average Account Receivable / Net Sales Revenue) * 365
Hence the answer is calculated as:
(69050 / 898000) * 365 = 28.06.
Hope this helps.
Good Luck.
Answer:
A = P * (1 + r/n)^nt. Where A = Maturity amount = ? P = Principal amount = $8,000, r = Rate of interest = 6%, n = Number of compounding per year = 1, t = Number of year
a. t = 2
A = $8,000 * (1 + 0.06/1)^1*2
A = $8,000 * (1.06)^2
A = $8,000 * 1.1236
A = $8,988.80
b. t = 6
A = $8,000 * (1 + 0.06/1)^1*6
A = $8,000 * (1.06)^6
A = $8,000 * 1.418519
A = 11348.152
A = $11,348.15
c. t = 10
A = $8,000 * (1 + 0.06/1)^1*10
A = $8,000 * (1.06)^10
A = $8,000 * 1.7908477
A = 14326.7816
A = $14,326.78
d. t = 15
A = $8,000 * (1 + 0.06/1)^1*15
A = $8,000 * (1.06)^15
A = $8,000 * 2.3965581931
A = 19172.4655448
A = $19,172.47
Answer:
$7,816.9943
Explanation:
Using the high-low method;variable cost per unit=[Total cost at highest level-Total cost at lowest level]/(Highest level-Lowest level)
= $16,700 - $15,850 / 951 - 860
= $850 / 91
= $9.340659340659341
= $9.3407
Hence, total fixed cost = $16,700 - ($9.3407*951) = $16,700 - $8,883.0057 = $7,816.9943
Dixon ills has fundamentally historically and natural law
Answer: Price of pumpkins will fall compared to last year.
Explanation: Favorable weather leading to a larger crop than usual means that there is more supply of pumpkins this year than before. Shifting the supply curve down to the right. At the same time, when people switch away from jack-o'-lanterns towards buying more costumes, it leads to a decline in the demand for pumpkins shifting the demand curve to the left.
The net result will be a decline in the demand for fall in the price of pumpkin. However, the effect on the quantity cannot be determined as it depends on the magnitude of shift in the two curves.