Answer:
The correct answer is A
Explanation:
The current liabilities is computed as:
Current Assets (CA) = Quick assets (QA)+ Inventory (I)
CA = QA + $49,000
Acid test ratio = Quick assets / Current Liabilities (CL)
2.8 = QA / CL
QA = 2.8 × CL
Current Ratio (CR) = CA / CL
3.5 = CA / CL
Putting CA = QA + Inventory
3.5 = ( QA + $49,000) / CL
Now, Putting QA = 2.8 × CL
So,
3.5 = [( 2.8 × CL ) + $49,000] / CL
3.5 = 2.8 CL / CL + $49,000 / CL
3.5 = 2.8 + ($49,000 / CL)
3.5 - 2.8 = $49,000 / CL
0.7 = $49,000 / CL
CL = $49,000 / 0.7
CL = $70,000
We know that expected return is 16%. The standard deviation is 20%. And in addition, the risk-free rate is 4%. Denote with x: expected return, "Y": the risk-free rate and sigma: standard deviation. The reward-to-volatility ratio is(x-y) / (sigma) = (16-4) / 20 = .6
Answer:
n = 160
p = 0.12
Explanation:
In a Binomial distribution two parameters are of great interest, n and p.
where n is the number of trials and p is the probability of success and (1 - p) is the probability of failure.
p = 12%
n = 160
Mean = E(X) = μ = n*p = 160*0.12 = 19.2
μ = 19.2
variance = σ² = np(1 - p) = 160*0.12(1 - 0.12) = 16.89
standard deviation = σ = √16.89 = 4.11
σ = 4.11
Answer:
The correct answer is letter "A": National-security argument.
Explanation:
The National-security argument is a point of view that promotes the imposition of quotas and tariffs on imports related to national security in an attempt to boost domestic production on the same items. This situation will cause that in front of war the country will produce its own supplies to meet effectively its demand instead of relying on other countries to provide them with those goods. Most protectionist countries tend to support this idea.
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