You could say to the customer “sorry there is none available at the moment” and for them to come back and not be disappointed you can give them a discount voucher , therefore minimising the chance of that customer not returning.
The question is reproduced in the table below for clarity
Oven Contribution
Hours Required Margin Per Unit
Muffins 0.2 $4
Coffee Cakes 0.3 $5
Answer:
Total contribution margin = $ 60,000.00
Explanation:
<em>When a business is faced with a problem of shortage of a resource which can be used to produced more than one product type, to maximize the use of the resource , the business should allocate it for production purpose in such a way that it maximizes the contribution per unit of the scare resource.</em>
Therefore Crane Company should alocate the oven hours to maximise the contribution per unit of oven hour. This is done as follows:
Step 1
<em>Calculate he contribution per oven hour and rank the product</em>
cont/hr ranking
Muffin $4/0.2 hour = 20 <em> 1st</em>
Coffee cakes $5/0.3 hour= 16.67 2nd
<em>Because Muffin generates the highest contribution per hour of Oven, Crane should allocate all the resource to it</em>
Step 2
<em>Calculate the Total contribution from the production of Muffin</em>
Total contribution margin = 20 per her × 3000
= $ 60,000.00
Given:
July 1 borrowed money from eight national bank on 8-month, 40,000, 5% note.
Interest and principal is all due on February 28
No journal entries were made.
Recognizing cash and notes payable.
Debit Credit
Cash 40,000
Notes Payable 40,000
Interest on Notes payable
Interest Expense 1,333
Interest Payable 1,333
Recognizing interest owed but not yet paid.
40,000 * 5% * 8/12 = 1,333
On February:
Notes Payable 40,000
Interest Payable 1,333
Cash 41,333
You can make posters and signs that can show ppl you sell them or get a food truck !
Answer:
7.31%
Explanation:
The question is pointing at the bond's yield to maturity.
The yield to maturity can be computed using the rate formula in excel as provided below:
=rate(nper,pmt,-pv,fv)
nper is the number of times the bond would pay annual coupons which is 31
pmt is the annual coupon payment i.e $1000*8.0%=$80.00
pv is the current price of the bond which is $1,084
fv is the face value of the bond which is $1,000
=rate(31,80,-1084,1000)=7.31%
The yield to maturity is 7.31%
That is the annual rate of return for an investor that holds the bond till maturity.
