Answer:
Looking through a suspect's garbage for possible evidence.
Explanation:
When an investigation is being carried out, looking through a suspect's trash is a good strategy.
People tend to discard relevant documents in am investigation through their trash, and looking through their garbage can uncover items that will give insights on cases.
For example if an individual commits a fraud in the process of concealment he may have torn up a document, and put it in the trash for disposal. People feel nobody goes through trash and that it is a good way of disposing evidence.
Answer:
65 months
Explanation:
Data provided in the question:
Limit of the credit card = $1,000
Cost of the new CD player and speakers = $975
Minimum monthly payment made by Katsumi = $15
Now,
since there are no finance charges charged,
therefore,
the net payment that has to be made is $975
Therefore,
Months needed to pay off the rate
= [ Net payment amount ] ÷ [ Minimum monthly payment ]
= $975 ÷ $15 per month
= 65 months
Answer:
Apples and Banana
a) Profit maximizing prices:
i) For Apple = $100
ii) For Banana = $40
b) Profits equal revenue minus costs:
i) For Apple = $100Q - (20 + 10Q) = $60Q
ii) For Banana = $40 - (26.5 + 5Q) = $8.50Q
c) To maximize profit, the price to charge is $100 for Apples and $40 for Banana.
d) I would expect to earn a profit of $68.50 for a set of apple and banana.
Explanation:
To maximize profit, Apple and Banana will be sold separately.
But, selling them together, the best profit maximizing prices will be $100 for Apples and $10 for Banana.
At this combined price, the banana still makes a contribution of $5 per unit towards offsetting the fixed cost of $26.50
I guess the answer is 240.
By the <em>mn</em> rule, there are 240 different dinners that are available since,
4×3×4×5 = 240 different dinners
Answer:
a) 3X + 2Y = 36
b) X = 6 , Y = 9
c) 27
Explanation:
Individual consumes : X and Y
Spends : $36 per time period
unit cost : $3 per unit for X
$2 per unit for Y
utility function : U( X, Y ) = .5XY
<u>A) Budget equation mathematically</u>
X* Px + Y* Py = M
3X + 2Y = 36
Px and Py = unit cost for X and Y
M = Total spent ( revenue )
<u>b) Values of X and Y that will maximize utility </u>
Maximum utility ( MRS ) = Px / Py ,
MRS = MUx / MUy
= Y/X = 3/2
∴ 2Y = 3X
From BC : 6X = 36 ( X = 6 plug into mathematically equation above )
∴ X = 6 , hence Y = 9
<u>c) Total utility generated per unit of time </u>
U( X,Y ) = .5XY
= 0.5 * 6 * 9 = 27
