Answer:
A. slopes upward for normal goods and downward for inferior goods.
Explanation:
In the case of Engle curve it plots the relationship between income and demand for a good.
In the case of the normal goods, as the income rises the demand also rises while on the other hand in the case of inferior goods, the income rises the demand false
So it sloped upward for the normal goods and slop downwards for the inferior goods
Answer:
9.68%
Explanation:
Percent Return on Investment is calculated as Net Profit / Cost of Investment x 100
Net Profit= $46,620 (1,000 x $46.62 per share) + $950 (1,000 x $.95 per share) - $43,370 (1,000 x $43.37 per share) = $4,200
Cost of Investment= $43,370 (1,000 x $43.37 per share)
Percent Return on Investment= $4,200 / $43,370 x 100 = 9.68%
According to the scale, an average person would posses the mean of 100 IQ <span>and standard deviation of 15. If to be a member of mensa one should have </span><span>an iq at least 2.5 standard deviations above average, the minimum iq should be:
</span>
2.5 = (x-100)/15
x = 137.5 >>>>> Less than 1% population belong to this IQ group or higher.
The results are inconclusive; Therefore a generalization cannot be made regarding which option is selected more often.
What is generalization and why is it important?
The ability to carry out a task, engage in an activity, or exhibit behavior in many contexts, with various people, and at various times is known as generalization. We have "generalized" the necessary skills, which explains why we can carry out routine tasks in a range of contexts and settings.
How can generalization be improved?
Using a network that is just big enough to achieve a good fit is one way to enhance network generalization. The ability of a network to perform more complicated functions increases with network size. The network won't have the strength to overfit the data if it is tiny enough.
Learn more about network size: brainly.com/question/1825455
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Answer:
Allocated MOH= $18,750
Explanation:
Giving the following information:
The estimated total factory overhead= $300,000
Total estimated direct labor cost= $240,000.
The actual direct labor cost was $15,000.
First, we need to calculate the estimated overhead rate based on direct labor cost. Then, we can allocate overhead.
To calculate the estimated manufacturing overhead rate we need to use the following formula:
Estimated manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Estimated manufacturing overhead rate= 300,000/240,000= $1.25 per direct labor dollar
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH= 1.25*15,000
Allocated MOH= $18,750
