Answer:
$1,300
Explanation:
Calculation to determine what the market maker’s net profit from Brent’s transaction
First step is to calculate the bid-ask spread using this formula
Bid-ask spread=Ask price-Bid price
Let plug in the formula
Bid-ask spread=$31.80-$30.50
Bid-ask spread=$1.30
Now let calculate the Net profit
Using this formula
Net profit=Bid-ask spread*Shares resell
Net profit=$1.3 x 1000 shares
Net profit=$1,300
Therefore the market maker’s net profit from Brent’s transaction will be $1,300
Answer:
12.18%
Explanation:
Present value = $34,700
Future Value = $173,500
Time (n) = 14 years
Interest Rate = i
Future Value = Present Value * (1+i)^n
$173,500 = $34,700 * (1 + i)^14
(1 + i)^14 = $173,500/$34,700
(1 + i)^14 = 5
1 + i = 5^(1/14)
1 + i = 1.1218284
i = 1.1218284 - 1
i = 0.1218284
i = 12.18%
So, the annual interest rate she must earn is 12.18%.
I would say all all of them that doctor don't recommend.
Answer:
Contribution per unit of scare resource (in hour) = $24 per hour
Explanation:
The question falls under the limiting factor analysis
<em>When a business is faced with a problem of shortage of a resource which can be used to produced more than one product type, to maximize the use of the resource , the business should allocate it for production purpose in such a way that </em><em>it maximizes the contribution per unit of the scare resource.</em>
Therefore Santario Company should allocate the machine hours to maximize the contribution per unit of machine hour.
Contribution per unit of scare resource is determine as follows:
Contribution per unit of scare resource for Model K-3
Contribution per unit of Model K-3 = $6
Machine time per unit = 15 minutes
<em>Contribution per unit of scare resource in minutes</em>
=Contribution per unit/Machine time per unit
= 46/15 minutes
= $0.4 per minute
Contribution per unit of scare resource (in hour)
$0.4 per minutes× 60
= $24 per hour
Answer:
7.5%
Explanation:
Cost savings
:
= Equipment cost - New machine cost
= 30,000 - 12,000
= 18,000
Depreciation per year
:
= Cost of automated bottling machine ÷ Useful years
= 120,000 ÷ 10
= 12,000
Simple rate of return:
= (Cost savings - Depreciation of new equipment) ÷ (cost - salvage of old)
= (18,000 - 12,000) ÷ (120,000 - 40,000)
= 6,000 ÷ 80,000
= 0.075
= 7.5%
