Answer:
The beginning inventory was $2000.
Explanation:
First, we need to calculate the Cost of Goods sold. The cost of Goods sold is the difference between the Sales and the gross profit. Thus, the cost of goods sold is 16000 - 10000 = $6000
The value of the beginning inventory for the period can be calculated by using the Cost of Goods sold formula. The cost of goods sold is calculated as:
Cost of goods sold = Beginning inventory + Purchases - Closing Inventory
Plugging in the available figures in the formula,
6000 = Beginning Inventory + 8000 - 4000
6000 = Beginning inventory + 4000
6000 - 4000 = Beginning Inventory
Beginning Inventory = $2000
Answer:
So then as we can see if the demand is constant the first sold would be the correct answer for this case. Because assuming the demand constant and we have more than 1 supplier with the same price the first one would sold the good or service on this case the house.
Explanation:
The law of demand and supply "is an inverse relationship between the supply and prices of goods and services when demand is unchanged. If there is an increase in supply for goods and services while demand remains the same, prices tend to fall to a lower equilibrium price and a higher equilibrium quantity of goods and services".
So then as we can see if the demand is constant the first sold would be the correct answer for this case. Because assuming the demand constant and we have more than 1 supplier with the same price the first one would sold the good or service on this case the house.
The first world welfare superpower was Japan.
Answer:
The present value of the annuity is $73,091.50
Explanation:
Use the following formula to calculate the present value of the annuity
Present value of annuity = ( Annuity Payment x Annuity factor for first 6 years ) + [ ( Annuity Payment x Annuity factor for after 6 years ) x Present value factor for 6 years ]
Where
Annuity Payment = $1,000
Annuity factor for first 6 years = 1 - ( 1 + 16%/12 )^-(6x12) / 16%/12 = 46.10028344
Annuity factor for after 6 years = 1 - ( 1 + 13%/12 )^-((17-6)x12) / 13%/12 = 70.0471029820
Present value factor for 6 years = ( 1 + 16%/12)^-(6x12) = 0.385329554163
Placing values in the formula
Present value of annuity = ( $1,000 x 46.10028344 ) + [ ( $1,000 x 70.0471029820 ) x 0.385329554163 ]
Present value of annuity = $46,100.28 + $26,991.22
Present value of annuity = $73,091.50
