Where v is velocity/speed
f is frequency
and lambda is wavelength
v=(500)(0.5)= 250 m/s
Hope this helps!
The type of loan that this is known to represent is what is referred to as the wraparound mortgage loan.
<h3>What is the wraparound mortgage loan?</h3>
This is the type of mortgage that has to do with the fact that the borrower is financing another loan when they have not been able to finance the original mortgage itself.
This type of loan is beneficial to a person given that they would be able to get a system of loan that may not have been possible before.
Hence we have to conclude that Jays financing a property when he has an existing mortgage is what is called the wraparound mortgage loan.
Read more on the wraparound mortgage loan here:
brainly.com/question/14454865
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<u>Given:</u>
Total assets before journalizing and posting the adjusting = $128,800
Expired insurance = $800
Expired rent = $2,400
Depreciation = $900
<u>To find:</u>
Total assets after journalizing and posting the adjusting
<u>Solution:</u>
To determine the value of the total assets after journalizing and posting the adjustment, we have to subtract all the given values i.e, the expired rent, expired insurance and the depreciation values from the total assets before journalizing and posting the adjusting.
The calculation is as follows,
Total assets after journalizing and posting the adjusting
Therefore, the required value of the total assets after journalizing and posting the adjusting is $124,700.
The following are deducted from a typical paystub : City income tax, State income tax, Medicare, Social security and Federal income tax.
Answer:
a. $173
Explanation:
The computation of the amount of interest earned in five years is shown below;
But before that following calculations need to be done
As we know that
Simple interest = Present value × rate of interest × time period
= $2,500 × 8% × 5
= $1,000
Now the future value is
Future value = Present value × (1 + rate of interest)^number of years
= $2,500 ×(1 + 8%)^5
= $2,500 × 1.4693280768
= $3,673
Now the compound interest is
Compound interest = Future value - Present value
= $3,673 - $2,500
= $1,173
Now interest on interest is
Interest on interest = Compound interest - Simple interest
= $1,173 - $1,000
= $173