Answer:
Increase in operating income by $12,000
Explanation:
The above is an incomplete question because the value for 'space normally used to produce the rented line' is missing. However, I assumed the value is $26,000 per year as gotten from the internet -Chegg.
Given the above information, the operating income can be affected as calculated below;
Sales revenue $85,000
Add additional revenue $26,000
Total revenue $11,1000
Less: variable expenses ($40,000)
Contribution margin $71,000
Less: fixed expense ($52,000)
New net operating income
$19,000
Less: Original operating income
($7,000)
Increase in operating income
$12,000
Answer:
Ben Lingo's Net Worth Statement:
Assets:
Cash $82
Savings $150
Car $2,000
Inventory $1,200
Total Assets = $3,432
Liabilities:
Car loan $1,500
Credit Union loan $80
Total Liabilities = $1,580
Net Worth = Total Assets - Total Liabilities
= $3,432 - $1,580
= $1,852
<span>long-term debt=Totol liability-Current liability
long-term debt=$350-$130
=$220
long-term debt ratio=long term debt/ total assets
=$220/$1,000
=22%
so long term debt ratio is 22%</span>
Prior to the studies of Hawthorne, it has been studied that
the managers had pay little attention of the role in human behavior when it
comes to making decisions because they are likely focus more about their line
of work and the progress rather than having to use their own behavior as a
human and whether which are acceptable and not.
<span>120
The simple answer is that 5 items can be arranged 5! (5 factorial) different ways. But let's expand upon that brief answer. We have 5 jobs and 5 machines with which to perform those jobs. So let's look at the 1st machine. Any of 5 of the jobs may be assigned to it. Now we have 4 jobs left unassigned. So let's look at the 2nd machine. For that machine, any of the 4 remaining jobs may be assigned to it, leaving 3 unassigned jobs. We can continue in that fashion, assigning at random one the of 3 remaining jobs to the 3rd machine, one of the 2 remaining jobs to the 4th machine, and finally, the only unassigned job to the 5th machine. So there's 5 * 4 * 3 * 2 * 1 = 5! = 120 different ways to assign those 5 jobs to all 5 machines.</span>
