Answer:
The optimal production batch size for the supplier is 980 units.
Explanation:
In order to calcuate the optimal production batch size for the supplier we have to use the following formula:
optimal production batch size= 
(<u>2×Annual Demand×setup cost)</u>
Holding Cost
optimal production batch size= (<u>2×(1,000×12)×($250×4)</u>
($100×25%)
optimal production batch size=(<u>2×12,000×$1,000)</u>
$25
optimal production batch size= 980 units
Answer:
(a) Given that a chip passes the test, what is the probability that it is a good chip?
LetB = {the chip is good}
A={the chip passes the cheap test}.
Bc={the chip is bad}
Ac={the chip fails the cheap test}
P(A | B) = 1
P(A | B
c
) = 0.075
= 
= 
≈ 0.9751
(b) If the company sells all chips that pass the cheaper test, what percentage of sold chips will be bad?
P(B
c |A) = 1 − P(B | A) = 1 - 0.9751 = 0.0249
The correct option is: B.
The opportunity cost of providing 100 additional units of medical care would be 400 warheads.
<h3>What is opportunity cost?</h3>
According to microeconomic theory, an activity's opportunity cost is the value or advantage that would be lost if it were chosen over another that would provide a higher return on investment.
<h3>What is opportunity cost and example?</h3>
When economists speak of a resource's "opportunity cost," they are referring to the cost of the next-highest alternative usage of that resource.
For instance, if you spend time and money going to the movies, you are not allowed to read a book at home during that time or spend the money on anything else.
To know more about opportunity cost visit:
brainly.com/question/17373709
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I understand that the question you are looking for is:
Refer to the figure below. If this economy is currently producing at point C, then the opportunity cost of providing 100 additional units of medical care would be:
Select one:
a. 800 warheads.
b. 400 warheads.
c. 200 warheads.
d. 100 warheads.
To calculate the maturity of this note,
we use a simple formula first to get the interest which is:
I = Principal (amount owed) X Interest Rate (%) X Time (length of loan)
The days is only divided by only 360 days instead of 365 days. This is because commercial loans often use 360-day calendar years instead of 365-day calendar years. But not all banks used this as their calendar year,
I = Prt
= ($80000) (0.05) (120/360)
= ($80000) (0.01666666666)
I = $ 1,333.33
To get the maturity value, the formula is: M = Interest + Principal
M = I + P
= $1,333.33 + $80,000
= $81,333.33 or $81,333, letter C
The budget is $4,240.
There are 164 kittens and 24 puppies.
Let
x = amount spent on each kitten
y = amount spent on each puppy.
The cost for each puppy is twice a much as that for a kitten. Therefore
y = 2x (1)
The available amount is $4,240, therefore
164x + 24y = 4240 (2)
Substitute (1) into (2).
164x + 24(2x) = 4240
212x = 4240
x = $20
y = 2x = $40
Answer: $40 for each puppy.
