Cassidy's approximate monthly payment stands at $1420. if Cassidy lives planning to obtain a loan from her bank for $210,000 for a new home.
<h3>What is the payment monthly?</h3>
The monthly payment is the quantity paid per month to pay off the loan in the time period of the loan. When a loan is taken out it isn't only the top amount, or the original payment loaned out, that needs to be repaid, but also the good that accumulates.
<h3>What is a loan amortization schedule?</h3>
It is described as the systematic method of representing loan payments according to the time in which the principal amount and interest exist mentioned in a list manner
It is given that:
- Cassidy lives planning to obtain a loan from her bank for $210,000 for a new home.
- A fixed annual interest rate of 2.7% compounded monthly for 15 years.
The formula is:
Plug all the values in the above formula:
$1420.
Hence,
Cassidy's approximate monthly payment stands at $1420.
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1. Communication
2. Loyalty
3. Honesty
Answer:
The decrease in production, is the right answer.
Explanation:
The decrease in production because if the output is more than planned aggregate expenditure then the equilibrium point will be at a lower point. Thus, in order to reach the equilibrium level, the production has to decrease. Moreover, if the output is lower than the planned aggregate expenditure then the production should be increased to reach the equilibrium point.
Answer:
False
Explanation:
The first part was true. A higher WACC results in a lower NPV simply because a higher discount rate results in a lower present value.
E.g. 100 / (1 + 6%)³ = 83.96, but if we increase r to 10%, then 100 / (1 + 10%)³ = 75.13
The second part is wrong because under the IRR method, the decision rule is very simple, all projects are accepted if their IRR is higher than the project's WACC (or discount rate). I.e. if hte project's WACC increases, so does the chance of the project being rejected because the IRR might be lower than the WACC.
Answer:
$380 million
Explanation:
Given that,
Deposits = $120 million
Required reserve ratio = 20 percent
Total bank reserves = $100 million
Required reserve ratio refers to the portion of deposits that is kept with the reserve bank.
Required reserves:
= Deposits × Required reserve ratio
= $120 million × 0.2
= $24 million
Excess reserves:
= Total reserves - Required reserves
= $100 - $24
= $76
So, there is a excess reserves in this economy.
Money multiplier = 1/Required reserve ratio
= 1/0.2
= 5
Therefore, the total money creation potential of this deposit is as follows:
= Excess reserves × Money multiplier
= $76 × 5
= $380 million
Hence, an increase in deposit creation by $380 million.
