Answer:
Answer is 12.64%. Therefore,
Treasury bills are paying a 4% rate of return. A risk-averse investor with a risk aversion of A = 3 should invest entirely in a risky portfolio with a standard deviation of 24% only if the risky portfolio's expected return is at least 12.64%.
Refer below for the explanation.
Explanation:
E - 4%= 0.5(3)(24%)2
E=12.64%
Answer:
See below
Explanation:
This transaction will affect the bank balance by increasing it with the check amount. The bank is cash (asset ) held in the bank. An increase in assets account is a debit. The bank A/c will be debited.
The check is received from Yogesh. Yogesh must have bought goods on credit and hence is an account receivable (asset). Since Yogesh has paid, his account decrease by the check amount. A decrease in assets is credited.
The journal entry will be
Bank A/c DR. Rs 4500
Yogesh A/c Cr. Rs 4500
Answer:
Cost of units completed = $176,528
Workings are attached:
Explanation:
Equivalent unit of production
An equivalent unit of production is an expression of the amount of work done by a manufacturer on units of output that are partially completed at the end of an accounting period. Basically the fully completed units and the partially completed units are expressed in terms of fully completed units.
Equivalent units are used in the production cost reports for the producing departments of manufacturers using a process costing system. Cost accounting textbooks are likely to present the cost calculations per equivalent unit of production under two cost flow assumptions: weighted-average and FIFO.
Conversion costs
Conversion costs is a term used in cost accounting that represents the combination of direct labor costs and manufacturing overhead costs. In other words, conversion costs are a manufacturer's product or production costs other than the cost of a product's direct materials.
Expressed another way, conversion costs are the manufacturing or production costs necessary to convert raw materials into products.
The term conversion costs often appears in the calculation of the <u>cost of an</u> <u>equivalent unit in a process costing system.</u>
For the sake of this question, we will be determining the <u>equivalent units of production:</u>
- Units completed and transferred subject to material and conversion costs
- Units in the closing inventory subject to material and conversion costs
- We will then calculate the cost per units with respect to material and conversion costs for the equivalent units.
- These cost per units will enable us to determine the cost of items completed.
Answer:
Dog Collar 10,000 units
Cat Collar 15,000 units
Explanation:
We have only constraint of 2,000 hours on the cutting machine.
First we will calculate the Contribution margin per hour
Contribution margin per hour = Contribution margin per unit / Numbers of hours required per unit
Dog Collar = $10 / (6/60)hours = 10 / 0.1 = $100 per hour
Cat Collar = $8 / (4/60) hours = $120 per hour
Pets Inc. will make Cat collar more than dog
Hours required for 15,000 unit of Cat Collar = 15000 x 4 / 60 = 1,000 hours
Hours for Dog Collars = 2,000 - 1000 = 1000 hour
Unit of Dog Collar = 1000 hours / (6/60) = 10,000 units
Answer:
a. 41.6 million
b. 42.28 million
Explanation:
A) GIven
forecast in june = Sjune = 42 million
Checks recived in june = Xjune = 40 million
Smoothing constant = a = 0.2
So for july
Sjuly = a*Xjune + (1-a)*Sjune
=0.2*40 + (1-0.2)*42 million
=8+33.6 = 41.6 million
B) forecast in july = Sjuly = 41.6 million
Checks recived in july = Xjuly = 45 million
Smoothing constant = a = 0.2
So for August
Saugust = a*Xjuly + (1-a)*Sjuly
=0.2*45 + (1-0.2)*41.6 million
=9+33.28 = 42.28 million
<em>Note: This uses an exponential smoothing to forecast the results, but from the number of checks recived we see that it increases linearly. So we need a linear forecasting method .</em>