The total federal budget based on the budgeted interest on national debt is $3550 billion($3.55 trillion)
What percentage of the budget is $164 billion on national budget?
The spending on interest regarding the national debt is 4.62% of the entire federal budget, on that basis, we can convert the 4.62% to what 1% term and multiply that by 100% to ascertain the total federal budget.
4.62% of federal budget=$164 billion
1 % of federal budget=$164 billion/4.62
1 % of federal budget=$35.50 billion
100% of federal budget=$35.50 billion*100
100% of federal budget=$3.55 trillion
Find out more about federal budget on:brainly.com/question/15561900
#SPJ1
Answer:
ARR or Payback
Explanation:
Here are the options to this question
Multiple Choice
BET or IRR
ARR or Payback
NPV or IRR
NPV or Payback
BET or NPV
Accounting rate of return = Average net income / Average book value
Average book value = (cost of equipment - salvage value) / 2
Payback calculates the amount of time it takes to recover the amount invested in a project from it cumulative cash flows
Payback period = Amount invested / cash flow
The NPV and IRR considers the time value of money by discounting the cash flow at discount rate.
Net present value is the present value of after tax cash flows from an investment less the amount invested.
Internal rate of return is the discount rate that equates the after tax cash flows from an investment to the amount invested
Answer:
a. retained earnings statement, as a $630,000 addition to the beginning balance
Explanation:
Data provided in the question
Change in increase in inventory = $900,000
Income tax rate = 30%
By considering the above information, the cumulative effect is
= Change in increase in inventory - Change in increase in inventory × income tax rate
= $900,000 - $900,000 × 30%
= $900,000 - $270,000
= $630,000
This $630,000 is a addition to the beginning balance
Answer:
e) $37.05
Explanation:
Using the dividend growth model, the value of a stock is the present value of the future dividends receivable discounted at the required rate of return . The required rate of return is given as 12%.
So we discount the year 3 dividend using the dividend growth model formula
P = D (1+g)/r-g
r- rate of return, g = growth rate
Present value of the future dividends:
PV of Year 1 = 1.55(1.015)m × 1.12^(-1)
= 1.4047
PV of Year 2 = 1.55 (1.015)(1.015) × 1.12^(-2)
= 1.27
PV of Year 3 (this will be done in two steps)
Step 1; PV (in yr 2) of year 3 dividend
= (1.55)(1.015)^2×(1.08)/(0.12-0.08)
=43.114
Step 2 : PV (in yr 2) of year 3 dividend
=43.114 × (1.12^(-2))
= 34.37
Best estimate of stock = 1.40 + 1.27 +34.37
= $37.05
Note
To discount the year 3 dividend, we use two steps. The first stp helps get the PV in year 2, and step 3 helps to take it further to the PV in year 0
