Answer:
c. The real interest rate is 1 percent and the expected inflation rate is minus 2 percent
Explanation:
Nominal interest rate = real interest rate + expected inflation rate.
For the third option, the nominal interest rate: 1% + (-2%) = -1%
For the first option, the nominal interest rate: 2% + 1% = 3%
For the second option, the nominal interest rate: 0 + 2% = 2%
For the fourth option, the nominal interest rate: -2% + 3% = 1%
I hope my answer helps you
Are there multiple choice answers to choose from? There could be a myriad of answers if not.
Answer:
$113,465
Explanation:
Calculation to determine difference in total dollars that will be paid to the lender under each loan
First step is to Calculate the difference in payments on a 30-year mortgage at an interest rate of .75% a month
$100,000 = PMT([1 / (0.0075)] − 1 / {(0.0075)[(1.0075)]^30 × 12})
PMT = $804.62
Second step is to Calculate the difference in payments on a 15-year mortgage at an interest rate of .7% a month
$100,000 = PMT([1 / (0.007)] − 1 / {(0.007 )[ 1.007)]^15 × 12})
PMT = $ 978.87
Now let determine the Total difference
Total difference = ($804.62 × 12 × 30) − ($978.87 × 12 × 15)
Total difference= $113,465
Therefore difference in total dollars that will be paid to the lender under each loan is $113,465
Answer:
C. when they are incurred, whether or not cash is paid.
Explanation:
In accrual accounting, expenses are recorded in the moment they are incurred, even if they have not been paid for.
In fact, the term "accrued expense" means an expense that has been incurred, but not yet paid.
One common example of an accrued expense is accrued wages:
Suppose that a firm hires a worker on March 1, for a wage of $1,000 dollars per month, that is due to be paid at the end of the month (March 31). This worker is earning $33 per day. By March 4, the firm should have recorded accrued wages for $132 ($33 x 4 days) even if no payments will be made until March 31.
