Why estimated overhead costs (rather than actual overhead costs) are used in the costing process is explained below.
A predetermined cost is an expenditure that a company estimates ahead of time.
This cost is calculated prior to the purpose of production and includes all variable costs that affect production in a manufacturing business.
Actual overhead costs are difficult to calculate for each job, especially in a production environment with a large number of jobs.
As a result, overhead costs are allocated according to some standardized methods, which may link overhead costs to direct labor, machining time, and material used in each job.
Manufacturing overhead in a manufacturing organization refers to indirect costs that are required for production but cannot be traced back to individual products.
Machine depreciation and factory rental are two examples of manufacturing overhead costs.
Hence, computation of predetermined overhead rates is given above.
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<span>To find the cost of going to this college in four years, sum all the values given (9350 + 8630 + 1650 + 2140 + 1110), which gives $22,880 for attending. Subtracting 4500 for grants and 8630 for not having to live on-campus gives a value of $9750 required. Dividing this value by 48 months (the time left before he begins attending) gives an approximate value of $203.13 needed to be saved per month without any interest being added. To make sure that Caleb has enough if the $3.13 per month isn't made up by interest down the line, $300 should be saved each month.</span>
Answer: just get your parents to double check it and fix your spelling errors etc and turn in your final draft
Explanation:
Answer:
The expected rate of return on the market portfolio is 14%.
Explanation:
The expected rate of return on the market portfolio can be calculated using the following capital asset pricing model (CAPM) formula:
Er = Rf + B[E(Rm) - Rf] ...................... (1)
Where:
Er = Expected rate of return on the market portfolio = ?
Rf = Risk-free rate = 5%
B = Beta = 1
E(Rm) = Market expected rate of return = 14%
Substituting the values into equation (1), we have:
Er = 5 + 1[14 - 5]
Er = 5 + 1[9]
Er = 5 + 9
Er = 14%
Therefore, the expected rate of return on the market portfolio is 14%.
