I would listen to the team’s differences and finally come to an agreement that will be the best benefit for everyone.
Answer:
31
Explanation:
The calculation of indifferent between your current mode of operation and the new option is shown below:-
Current Operation
Contribution Margin = Monthly Fees - Variable Cost
= $734.00 - $91.00
= $643.00
Total Fixed Cost = Rent and Utilities + Salaries + Insurance
= $5,435.00 + $6,171.00 + $1,545.00
= $13,151.00
New Operation
Contribution Margin = Monthly Fees - Variable Cost
= $1,054.00 - $158.00
= $896.00
Total Fixed Cost = Rent and Utilities + Salaries + Insurance
= $11,679.00 + $6,974.00 + $2,408.00
= $21,061.00
Here we will assume the indifferent number of students will be X
So,
Income under current option = Income under new option
$643.00 × X - $13,151.00 = $896.00 × X - $21,061.00
$253X = $7,910
X = $7,910 ÷ $253
= 31.26
or
= 31
Terp Bank obtains a relatively large portion of its funds from conventional demand deposits as it creates many branches with many employees to attract demand deposits. Its interest expenses should be relatively low while its noninterest; expenses should be relatively high.
Option B
<u>Explanation:</u>
A withdrawal deposit is a banking or any other financial institution balance whereby the depositor may, without any notice or notification, remove the deposited funds from those in the account within seven days.
An example of demand deposits is checking accounts. We require the depositor to withdraw money at any moment. The volume of transactions a creditor is allowed on these transactions is infinite (even though each transaction might be paid by a bank).
For buyers, deposits of demand are essential because sometimes they house funds for daily expenses. Under no scenario, depositors could not purchase items on-demand without informing the bank first.
Answer:the working conditions of the place show that it will be easier to work in and that if the company has a good image of themself then you would probably earn more money.
Explanation:
I tried the best I could.
Answer:
It will take 30.10 year
Explanation:
We have given initial investment $500000
Future value = $ 1 million = $1000000
Rate of interest r = 1.79 %
We have to find the time taken to reach the amount $1000000
We know that future value is equal to 
Taking log both side
n×0.0077 = 0.3010
n = 39.09 year
Now in second case rate of interest
r = 2.34 %
So 
taking log both side
log 2 = n log 1.0234
n×0.01 = 0.3010
n = 30.10 year
