Answer:
An elastic demand curve will result in higher social surplus. Social surplus equals consumer surplus plus supplier surplus, or simply total surplus. The highest possible social surplus is reached at the equilibrium point.
If a product's demand is completely inelastic, the supplier can increase the price at will, reducing consumer surplus to minimum levels. If a product's demand is completely elastic, then consumer surplus increases while supplier surplus is directly related to shifts in the demand. Higher demand increases supplier surplus.
Answer:
B. A large number of very large and small banks
I think
Answer:
Explanation:
The <em>price</em> of a <em>stock</em> can be modeled by the present value of the stream of future <em>dividends</em> discounted at a rate equal to the<em> return expected</em>.
The equation, when the dividends are expected to <em>grow</em> at a constant rate, less than the return rate is:
Where:
- Price₀ is the <em>current price</em>: $44.12
- Div₁ is the <em>dividend </em>to be paid a year from now: $0.46 × 1.145 = $0.53
- g is the expected constant <em>growth rate</em>: 14.5% = 0.145
- r is the <em>expected return</em>
Then, you can solve for r:
Answer:
$ 5.34
Explanation:
Calculation for cost per equivalent unit for conversion costs for September
First step is to find the Equivalent units of production
To complete beginning work-in-process:
Conversion 12,000
[15,000 units × (100%-20% )]
Units started and completed 65,000
(89,000-24,000)
Ending work-in-process
Conversion 21,600
(24,000 units × 90%)
Equivalent units of production 98,600
Second step is to calculate the Cost per equivalent unit using this formula
Cost per equivalent unit =Cost added during the period ÷Equivalent units of production
Let plug in the formula
Cost per equivalent unit = $526,524÷98,600
Cost per equivalent unit = $5.34
Therefore The cost per equivalent unit for conversion costs for September is closest to $ 5.34
