Answer: The price of peanuts realitve to that of raisins must be 2.
Explanation: Mathematically, relative prices are defined as:
Relative price of Good A with respect to Good B = Price of A / Price of B
So: Relative price of peanuts respect to raisins = Price of peanuts / Price of raisins
...
<u>Relative price of peanuts respect to raisins = 4 / 2 = 2.</u>
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Answer: e. Interest rates on long-term bonds are more volatile than rates on short-term debt securities like T-bills.
Explanation:
Long term bonds are considered to be more sensitive to interest rates as opposed to short term securities. If interest rates were to rise, the bond could lose value.
They are also more sensitive to inflation. If inflation rates rise, the value of payment reduces. It is for this reason that longer term bonds have maturity risk premiums added to them to cater for the amount of time the bond has till maturity.
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Answer:
2.85
Explanation:
U.S. Treasury bills are a risk-free asset, and thus have a beta of zero. Since Stock A has a risk-level equivalent to that of the overall market, its beta is one. Therefore, the beta for Stock B can be found by:

The beta of Stock B is 2.85.
Answer:
The company’s overall net operating income would be $52,140
Explanation:
If the all divisions of the company are operates at break even level the overall net operating income of the company would be zero . because at break even level the sales value is equals to total variable cost plus total fixed cost if the company incurring any addition fixed cost then the over all net operating income will show loss of additional fixed incurred. The answer for the given question is the overall net operating income of the company would be ($52,140).
Answer:
Kanban container size = 73
Number of kanbans needed = 5
Explanation:
Kanban container size (Q):
Q = SQRT [(2 x D x S) / H x (1 - d/p)]
where,
D = Annual demand
S = Setup cost
H = Holding cost
d = Daily usage
p = Daily production
Putting the given values in the above formula,
CONTAINER SIZE = SQRT ((2 * ANNUAL DEMAND * SETUP COST) / (HOLDING COST * (1 - (DAILY USAGE / DAILY PRODUCTION))))
Q = SQRT [(2 x 4,000 x $30) / $125 x (1 - 16/25)]
Kanbans container size = 73 units (Rounding off to the nearest whole number)
NUMBER OF KANBANS = DEMAND DURING LEAD TIME + SAFETY STOCK / SIZE OF CONTAINER
K = ((16 * 16) + (4 * 25) / 73 = 5