Question

In: Finance

Ch 30 Q1. The Branding Iron Company sells its irons for $56 apiece wholesale. Production cost...

Ch 30 Q1.

The Branding Iron Company sells its irons for $56 apiece wholesale. Production cost is $46 per iron. There is a 31% chance that wholesaler Q will go bankrupt within the next year. Q orders 1,000 irons and asks for seven months’ credit. Assume that the discount rate is 11% per year, there is no chance of a repeat order, and Q will pay either in full or not at all.

a. Calculate the NPV of the order. (A negative answer should be indicated by minus sign. Do not round intermediate calculations. Round your answer to 2 decimal places.)

NPV            $ ___________

b. Should you accept the order?

Yes
No

Solutions

Expert Solution

Solution:

a.Calculation of NPV of the order:

As per the information given in the question we have

Price per piece of Iron = $ 56 ; Production cost per piece of Iron = $ 46 ; No. of Iron pieces per order = 1,000 ;

The total production cost / cash outflows = Production cost per piece of Iron * No. of Iron pieces per order

= $ 46 * 1,000 = $ 46,000

The total sales revenue / cash inflows from the order = Price per piece of Iron * No. of Iron pieces per order

= $ 56 * 1,000 = $ 56,000

Total sales revenue / cash inflows from the order = $ 56,000

Further as per the information given in the question we have

There is a 31% chance that wholesaler Q will go bankrupt within the next year and the total sales revenue may not be received.

Thus the realisable sales revenue = Total sales revenue * ( 1 – Probability of going bankrupt )

= $ 56,000 * ( 1 – 0.31 ) = $ 56,000 * 0.69

= $ 38,640

Thus the realisable sales revenue / cash inflows = $ 38,640

Calculation of the present value of realisable cash inflows from the order :

The present value of a cash inflow at period 'n' is calculated using the following formula:

PV = C / (1 + r )n

PV = Present Value   ; C : Cash inflow at period n ; r = discount rate ; n = Number of years

As per the information given in the question we have

r = 11 % = 0.11 ; C = $ 38,640 ; n = 7 months = ( 7/ 12 ) years= 0.583333 years ; ( since credit is issued for a period of seven months )

Applying the above values in the formula we have

= $ 38,640 / ( 1 + 0.11 ) 0.583333

= $ 38,640 / ( 1.11 ) 0.583333

= $ 38,640 / 1.062768

= $ 36,357.893524

The formula for calculating the NPV of the order is = Present value of cash Inflow – Initial cash outflow

As per the information available we have

Present value of cash Inflow = $ 36,357.893524   ; Initial cash outflow = Total Production cost = $ 46,000

Thus the NPV of the order is = $ 36,357.893524 - $ 46,000

= - $ 9,642.106476

= - $ 9,642.11 ( when rounded off to two decimal places )

Thus the NPV of the order is = - $ 9,642.11

b.Since the NPV of the order is negative, the order should not be accepted.

The solution is No.

Note : The value of ( 1.11 ) 0.583333   has been calculated using the excel function =POWER(Number,Power). Thus =POWER(1.11,0.583333) = 1.062768


Related Solutions

The Branding Iron Company sells its irons for $30 apiece wholesale. Production cost is $20 per...
The Branding Iron Company sells its irons for $30 apiece wholesale. Production cost is $20 per iron. There is a 35% chance that a prospective customer will go bankrupt within the next half-year. The customer orders 1,000 irons and asks for 6 months’ credit. Assume the discount rate is 7% per year, there is no chance of a repeat order, and the customer will either pay in full or not pay at all. a. Calculate the expected profit for the...
The Branding Iron Company sells its irons for $80 apiece wholesale. Production cost is $70 per...
The Branding Iron Company sells its irons for $80 apiece wholesale. Production cost is $70 per iron. There is a 35% chance that a prospective customer will go bankrupt within the next half-year. The customer orders 1,000 irons and asks for 6 months' credit. Assume the discount rate is 8% per year, there is no chance of a repeat order, and the customer will either pay in full or not pay at all. Calculate the expected profit for the order....
The Branding Iron Company sells its irons for $60 apiece wholesale. Production cost is $50 per...
The Branding Iron Company sells its irons for $60 apiece wholesale. Production cost is $50 per iron. There is a 25% chance that a prospective customer will go bankrupt within the next half-year. The customer orders 1,000 irons and asks for 6 months’ credit. Assume the discount rate is 8% per year, there is no chance of a repeat order, and the customer will either pay in full or not pay at all. a. Calculate the expected profit for the...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year of operations, XYZ manufactured 1,400 units of product and incurred $224,000 direct material cost and $108,500 direct labor costs. For financial statement purposes, XYZ capitalized $63,500 indirect costs to inventory. For tax purposes, it had to capitalize $94,500 indirect costs to inventory under the UNICAP rules. At the end of its first year, XYZ held 280 units in inventory. In its second year of...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year of operations, XYZ manufactured 1,200 units of product and incurred $246,000 direct material cost and $147,000 direct labor costs. For financial statement purposes, XYZ capitalized $102,000 indirect costs to inventory. For tax purposes, it had to capitalize $133,000 indirect costs to inventory under the UNICAP rules. At the end of its first year, XYZ held 120 units in inventory. In its second year of...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year...
Company XYZ manufactures a tangible product and sells the product at wholesale. In its first year of operations, XYZ manufactured 1,300 units of product and incurred $273,000 direct material cost and $165,750 direct labor costs. For financial statement purposes, XYZ capitalized $120,750 indirect costs to inventory. For tax purposes, it had to capitalize $151,750 indirect costs to inventory under the UNICAP rules. At the end of its first year, XYZ held 130 units in inventory. In its second year of...
Q1. OO company decided to expand its production and in order to do so it will...
Q1. OO company decided to expand its production and in order to do so it will issue new equity. The days before actual public announcement, the stock price decreases on an unusual high number of large sell orders. This is an example of a. Weak market efficiency. b. Semi-strong market efficiency. c. Strong market efficiency. d. Very strong market efficiency. e.​None of the above, this is normal market behavior. Q2. Angel investors (“Sharks”) and Venture Capital investors are examples of...
A company makes and sells a single product, the variable cost of the production is $3...
A company makes and sells a single product, the variable cost of the production is $3 per unit and variable cost of selling is $1 per unit, fixed cost totalled $600, and the selling price per unit was $6. The company budgeted to make and sell 3 000 units in the next year. Required Prepare a break even chart showing the expected amount of the output and sales required to break even.
The H & S Motor Company produces small motors at a production cost of $30 per...
The H & S Motor Company produces small motors at a production cost of $30 per unit. Defective motors can be reworked at a cost of $12 each. The company produces 100 motors per day and averages 88 percent good quality motors. Based on past experience, 50% of the defective motors can be reworked prior to shipping to customers. These are also considered good motors. A good motor can be sold for $100 while a defective motor can be scrapped...
1. Test Company derived the following cost function for the production of its product. Cost =...
1. Test Company derived the following cost function for the production of its product. Cost = $16,000 + $10X, where x is the number of units. Next month, Test Company expects to produce 4,000 units. Determine the total cost per unit to produce 4,000 units. Note: Give your answer using dollar signs and state your answer to the nearest cent. Example: $12.34 or $12.00 2. Next month, Test Company expects to produce 4,000 units. Suppose production is less than expected...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT