Answer:
Product A, then Product C and finally Product B
Explanation:
The unit profit = Selling price per unit - Variable cost per unit - Fixed cost per unit
Unit Profit of product A = $21 - $11 - $5 = $5
Unit Profit of product B = $12 - $7 - $3 = $2
Unit Profit of product C = $32 - $18 - $9 = $5
The profit of each product in 1 machine hour = 1 hour/ Machine hours per unit * Unit Profit
Profit of Product A in 1 hour using machine = 1/0.2 * $5 = $25
Profit of Product B in 1 hour using machine = 1/0.5*$2 = $4
Profit of Product C in 1 hour using machine = 1/0.2* $5 = $25
Product A & Product C have same profit in 1 hour machine, then we have to consider Direct labor hours per unit which product A is 0.4 while product C is 0.7. It means Product C is more costly in direct labour than Product A.
In short, then the ranking of the products from the most profitable to the least profitable use of the constrained resource is Product A, then Product C and finally Product B
Answer:
Cash Sales Transaction
Journal Entry
Dr. Cash 100,000
Cr. Sales 100,000
Cash received and sales has been recorded due to the nature of Cash and Income, Cash and Sales is entered as Debit and credit respectively.
* For Journal posting MS excel file is attached which has T account with above transaction posted in it.
Explanation:
Answer:
Given: Total shift time = 8 hours = 8 * 60 = 480 minutes
time required for production of one saw = 6 minutes
Demand for Bow saw = Demand for frame saw = Demand for dovetail saw = 1/2 * Demand of Tenon saw
a) Mixed model schedule:
Mixed model schedule
Product no. per batch
Bow Saw 1
Frame Saw 1
Dovetail Saw 1
Tenon Saw 2
Total 5
Therefore 2 Tenon Saw, and each bow, frame, and dovetail saws will be produced before the cycle is repeated.
b) 2 Tenon Saw, 1 bow, 1 frame, and 1 dovetail saws will be produced under production sequence for one unit production.
The length of cycle will be 5*6=30 minutes i.e. the cycle will repeat once in 30 minutes for 8 hours means totally it will repeat 16 times during one shift.
c) Number of saws Swenson produce in one shift = Number of Bow saw Swenson produce in one shift + Number of Frame saw Swenson produce in one shift + Number of Dovetail saw Swenson produce in one shift + Number of Tenon saw Swenson produce in one shift
Explanation:
Answer:
A.
Explanation:
An improve in technology will allow firms to produce in an effective way therefore, with the same resources, firms will produce more units. This will cause an increase in total supply: at the same price, firms will offer more units. In this case, at prices $1, $2, $3, $4 and $5 the new quantities will be 6,8,10,12. In the demand and supply graph, this looks as shift to the right of the supply curve (figure attached).
It is not option B because the problem says increase in quantities "at these prices". It is not option C because an increase in taxes will increase costs of production, thus firms will decrease units of production. It is not option D because changes in income will affect demand.
Answer:
Price of bond = $ 1,172.92
Explanation:
<em>The value of the bond is the present value (PV) of the future cash receipts expected from the bond. The value is equal to present values of interest payment plus the redemption value (RV). </em>
Value of Bond = PV of interest + PV of RV
The value of bond for Colby & Company can be worked out as follows:
Step 1
<em>PV of interest payments </em>
Semi annul interest payment = 50
Semi-annual yield = 8%/2 = 4% per six months
Total period to maturity (in months)
= (2 × 15) = 30 periods
PV of interest =
50 × (1- (1+0.04^(-30)/0.04)= 864.60
Step 2
<em>PV of Redemption Value </em>
= 1,000 × (1.04)^(-30) =308.318
Step 3:
<em>Price of bond </em>
= 864.60 + 308.318 = $1,172.92
Price of bond = $ 1,172.92