Albertson's grocery planned a big sale on apples and received 910 crates from the wholesale market. The bags of apples prepared is mathematically given as
x= 8 bags
This is further explained below.
<h3>How many bags of apples can be prepared?</h3>
Generally, A economy is a place where customers can meet to allow the flow of money transfer of goods and services. Markets can be physiological like a retail establishment, or virtual like an e-retailer.
In conclusion, If Albertsons has no loss to perishables, the bags of apples he can prepare are given mathematically as
x=910/110
x= 8.2 bags
x ≈ 8bags
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Answer:
31 payments
Explanation:
the present value of the first annuity is:
$1,200 / (1 + 1%)⁸ + $1,200 / (1 + 1%)¹⁶ + $1,200 / (1 + 1%)²⁴ + $1,200 / (1 + 1%)³² + $1,200 / (1 + 1%)⁴⁰ = $1,108.18 + $1,023.39 + $945.08 + $872.76 + $805.98 = $4,755.39
to determine the length of the second annuity:
PV = annuity payment x annuity factor
annuity factor = PV / annuity payment = $4,755.39 / $180 = 26.4188333
using an annuity table we must look for a present value annuity factor that corresponds to 1% interest rate and is close to 26.4188333
the annuity factor is between 30 and 31 payments. Since the final payment has to be less or equal to $180, we have to choose 31 payments.
Answer:
a. The nondurable goods nominal values.
Explanation:
Nominal value of goods (also known as face or par value) is the value of goods in terms of the monetary value. So in this instance Alejandra is multiplying the number of goods by the price, she is calculating the nominal value of nondurable goods.
On the other hand, real value is calculated on the basis of other goods and services, is adjusted for inflation, and compare quantity of goods.
Answer:
a.$4
Explanation:
initial price of fish dinner per piece was= $10
no. of fish dinner sold = 5
total initial revenue= 5*10= $50
new price of fish dinner = $9
and now six fish dinners are sold
new revenue= 6*9= $54
therefore the marginal revenue from the sixth dinner sold= 54-50= $4
hence option a is correct
Answer:
The annual interest rate do you need is 34.77%
Explanation:
for: A is the future value
P is the present value
r is the rate of interest
n is the time period.
Then, the annual interest can be found by:
A = P(1 + r/52)^(52*n)
6000 = 3000*(1 + r/52)^(52*2)
(6000/3000)^(1/104) = (1 + r/52)
(1 + r/52) = 1.006687136
r = (1.006687136 - 1)*52
= 34.77%
Therefore, The annual interest rate do you need is 34.77%