First let us identify if the asset is a gain
or loss. An asset is a gain if it contributes to the banks overall finance while
it is a loss if it is a cost directly or indirectly.
Deposits of $300 million = Gain (+)
Reserves of $20 million = Gain (+)
<span>Purchased government bonds worth $300 million
= Loss (-) ---> This entails
cost</span>
Selling bank’s loans at current market value
of $600 million = Gain (+)
Therefore adding up everything to get the banks net worth:
Stealth banks net worth = $300 M + $20 M - $300 M + $600 M
<span>Stealth banks net
worth = $620 million</span>
Answer:
3w
4n-3
10.641
Explanation:
3w
n+3n-3, 4n-3 (distribute your 3 through the paranthasis)
4.871+7.4= 12.271
12.271-1.63= 10.641
I'm lost on your last three,
what are the periods for, and is the third to last one a comma or decimal
Answer:
D
Explanation:
In my opinion, option d includes all major points of harassment
Answer:
Portfolio A and Portfolio B
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
The Market rate of return - Risk-free rate of return) = Market risk premium
Let us assume the market risk premium be X
For Portfolio A:
21% = 8% + 1.3 × X
13% = 1.3 × X
So, the X = 10%
For Portfolio B:
17% = 8% + 0.7 × X
9% = 0.7 × X
So, the X = 12.86%
Based on the market risk premium calculations, we can conclude that Portfolio A should be in short position while Portfolio B should be in long position as portfolio B has higher market risk premium than B
Answer:
Minimun cost: $2000
Explanation:
We solve for the optimal order size using the
Economic Order Quantity:
<u>Where: </u>
D = annual demand = 2,000 boxes
S= setup cost = ordering cost = $ 100
H= Holding Cost = $10.00
EOQ 200
It should order: 2,000 demand / 200 order size = 10 times
At a cost of 1,000 dollar (100 units x $ 10)
It will face an average inventory of 100 units thus holding cost:
100 units x 10 dollar per unit = 1,000
Total cost: 1,000 + 1,000 = 2,000
