Answer:
Closing value of inventory = $357 for 21 units
Explanation:
As for the provided information we have,
Under FIFO method we know,
FIFO means First In First Out, under this the goods bought at earliest are sold earliest.
That means first opening inventory is sold, then the inventory purchased at the earliest.
Now we have,
Opening Inventory = 27 units @ $17 = $459
Purchases:
Aug 5 22 units @ $16 = $352
Aug 12 26 units @ $17 = $442
Provided 54 units are sold on Aug 15, that means, opening inventory of 27 units, 22 units bought on Aug 5, and 54 - 27 - 22 = 5 units from purchases on Aug 12.
Therefore, after sale units left = 26 - 5 = 21 units
Thus, closing value of inventory = $357 for 21 units
Answer:
45%
Explanation:
The market for good x is initially in equilibrium at $5. the government then places a per-unit tax on good x, as shown by the shift of s1 to s2.
As a result of the shift in the supply curve a new equilibrium price is established at $6.25
That implies that the share of the burden that consumers will bear is $1.25 (which represents 55% portion of the tax) - the difference between the previous and new equilibrium prices.
The other 45% portion of the tax will be borne by the producers
<span>In the swim-lane format of a business process model, all activities for a role are included in that role's swim-lane.
The swim lane is used to show flow diagrams or charts that list out the responsibilities of a business and its employees. These lanes can be arranged horizontally or vertically. Think of them as lap swim lanes in a pool, that helps keep the business roles in line. </span>
Answer:
- 10%
- (will increase in the short run) but in the long run it will return to the potential output level.
Explanation:
If the money supply is increased by 10%, the inflation rate will also increase by 10%.
In the short run the economy will be able to produce an output which is higher than the potential GDP, but once the inflation rate catches up, both the unemployment rate will increase and the real GDP will return to its potential output level.
