Answer:
$15000.
Explanation:
The worth of stock that the investor sold = $80000
The fall in the market value of the stock = $65000
Since the value of the stock falls to $65000. thus, the SMA in the account can be calculated by eliminating the decreased amount from the stock value. Therefore, the SMA in the account will be 80000-65000 = $15000
Answer:
The correct answer is letter "B": Entity.
Explanation:
The Accounting Entity principle or Economic Entity principle states that a commonly co-owned group of businesses can entitle to be a single entity with the purpose to generate a consolidated financial statement. A business entity could be considered to be a sole proprietorship, partnership, or corporation.
Macro events only are reflected in the performance of the market portfolio because the specific risks have been diversified away.
A market portfolio is a theoretical bundle of investments that consists of each kind of asset to be had within the investment universe, with each asset weighted in proportion to its total presence in the market. The predicted return of a market portfolio is equal to the expected go back of the market as a whole.
The market portfolio is a basket of assets created by an investor the use of varied set of investments. The basket can encompass securities like pension plans, mutual funds, shares, actual property, bonds, foreign currencies, and assets like silver, gold, coins, bitcoins to call some.
The basic expected return method includes multiplying every asset's weight in the portfolio via its anticipated return, then including all the ones figures together. In different words, a portfolio's anticipated return is the weighted average of its personal components' returns.
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Answer:
Explanation:
Annual demand (D) = 20000 units
Number of days per year = 250
Demand rate(d) = D/number of days per year = 20000/250 = 80 units
Production rate(p) = 655 units
Set up cost(S) = $1800
Holding cost (H) = $1.50
A) Optimum run size(Q) = sqrt of {2DS / H [1-(d/p)]}
= sqrt of {(2x20000x1800) /1.50[1-(80/655)]}
= Sqrt of [7200000/1.50(1-0.1221) ]
= sqrt of [72000000/(1.50 x 0.8779)]
= sqrt of (7200000/1.31685)
= Sqrt of 5467593.1199
= 2338 units
b) Maximum inventory ( I - max) = (Q/p) (p-d) = (2338/655)(655-80) = 3.5695 x 575 = 2052.46 or rounded off to 2052 units
Average inventory = I-max/2 = 2052/2 = 1026 units
C) Number of production setups per year = D/Q = 20000/2338 = 8.55 or rounded up to 6
d) optimal length of production run = optimal run size /production rate = 2338/655 = 3.56 or rounded up to 4 days