Yeah that’s what it means
Answer:
1. Calculate the monthly payment for a 30-year mortgage loan.
we can do this by using the present value of an annuity formula
the loan's interest rate is missing, so I looked for a similar question and found that it is 6%
present value = monthly payment x annuity factor
monthly payment = present value / annuity factor
- present value = $200,000 (loan's principal)
- PV annuity factor, 0.5%, 360 periods = 166.79161
monthly payment = $200,000 / 166.79161 = $1,199.101082 ≈ <u>$1,199.10</u>
2. Calculate the amount of interest that you’d pay for a 30-year mortgage loan.
total interests paid during the 30 years = (monthly payment x 360) - principal = ($1,199.10 x 360) - $200,000 = <u>$231,676</u>
Answer:
b. In the first economy, the spending multiplier is greater than in the second economy. In the third economy, the spending multiplier is undefined
Explanation:
This can be easily understood by going through some calculations in a spending multiplier formula.
WORKINGS
The formula for Spending Multiplier = 
Spending Multiplier
Economy 1: Multiplier = 
= 2
Economy 2: Multiplier = 
= 1
Economy 3: Multiplier = 
= undefined
Note: MPS can be abbreviated as Marginal propensity to save
As we can see here economy 1 is 50% greater than economy 2 and economy 3 is undefined because they spend whole dollar they earn additionally.
On behalf of the above calculations, option B is a perfect match!
Answer:
a) Removal of unwanted buildings
d) Brokerage commission
e) Survey fees and legal fees
f) Purchase price
Answer:
$395,000
Explanation:
Bad Debt expense:
= 1.5% of sales will be uncollectible
= 1.5% × $1,000,000
= 0.015 × $1,000,000
= $15,000
Allowance for Doubtful accounts:
= Bad Debt expense - accounts receivable written off
= $15,000 - $10,000
= $5,000
Net realizable value:
= Accounts receivable - Allowance for Doubtful accounts
= $400,000 - $5,000
= $395,000
