Calculator Flashcards

1
Q

How do you calculate for capital preservation, or capitalizing a number? What does this show?

A

Not a true time value of money concept. It;s used to determine the investment needed to provide the desired number of dollars through the use of interest only, leaving the principal untouched.

Desired income is divided by the assumed interest rate, expressed as a decimal.

Assume $30,000 is the desired income and the interest rate is 6%

$30,000 / .06 = $500,000

To verify the answer, multiply the capitalized value by the interest rate.

$500,000 x .06 = $30,000

Here an individual would need $500,000 in the bank, earning 6% to receive $30,000 per year forever. This DOES NOT factor in inflation, so the purchasing power of $30,000 would erode over time.

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2
Q

What are three levels of capital optimization?

A

1) capital utilization
2) capital preservation
3) capital enhancement - where the investment generates more return than is actually used by the investor.

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3
Q

”+ / -“ key - What’s the point?

A

Use “-“ or make a number negative
> when money is leaving the hands of the client - putting money into an investment or savings account, making a payment on a loan.

If Joe has money today and wants to know how much it will be at a future date, the “today” amount will be in negative, because it’s invested, it’s out of their hands. When it comes back to a person as a payment received or a future value, it will be a positive number.

PV and FV - one will always be positive, one will always be negative.

If you have a certain amount of $$ today, and making payments in addition to a deposit, both amounts should be the same sign - either positive or negative.

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4
Q

How do you check values for each component in a calculation problem? What key do you use?

A

If you are working on a problem and not getting an answer that matches your options, you can click “RCL” and each function to see what is being used there in the calculate.

Example - if N = 4 / PMT = 125 / PV = 35. You can click RCL N and it will show you that 4 is being used in the calculation. If that number is correct, you click N again and it will lock in the number for that component. If you get to PV and see you have 34 instead of 35, you can type in 35 and click PV to lock in the corrected number for that component.

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5
Q

How to set payments per year?

A

If you have a problem with interest compounded monthly, you would click 12 > shift > PMT (P/Yr). If it was semi-annually, you would click 2 > shift > PMT (P/Yr).

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6
Q

What three things should you do before starting to calculate any problem?

A

1) Make sure you’re in the right mode - BEG / END
2) Make sure you’re set up for correct number of periods per year
3) Click shift > C to confirm periods per year

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7
Q

David Dennison wants to have $40,000 per year at retirement, using only interest from his invested money. He expects to earn an average of 6.5% annually. How much does he need to have in the bank to provide this annual income?

A

Capital Retention - retain capital without touching principal. (use this in insurance module)

$40,000 / .065 = $615,385

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8
Q

When would numbers be entered as negative vs. positive?

A

Numbers should be entered as negative when cash is leaving your hands, such as when making an investment. Numbers should be entered as positive when cash is coming into your hands and you can spend it - such as when receiving interest payments or selling an investment.

Example - John is investing $1,000 into a fund, and anticipates earning 8% interest over the next 3 years.

1,000 > +/- > PV

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9
Q

John is investing $1,000 into a fund and anticipates earning 8% per year for the next 3 years. What would his investment be worth in 3 years if he were to earn an 8% return?

A

END mode
Compounding period - annually
Solving for - FV

Answer should be $1,259.71

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10
Q

How do you handle compounding periods that are more often than annual?

A

When calculating for more than annual compounding, you need to enter the number of years > Shift > N. This tells the calculator that it’s 3 years times whatever you’ve set the compounding periods to be.

John is investing $1,000 into a fund, and anticipates earning 8% interest, semi-annually, over the next 3 years.

Clear All
2 > Shift > P/Yr (sets to semi-annual compounding)
$1,000 > +/- > PV
8 > I/Yr
3 > Shift > N
= $1,265.32
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11
Q

Zoe plans on saving $500 at the end of each quarter for the next 10 years into her IRA account. If she earns 6% compounded quarterly, what will her account balance be at the end of 10 years?

A

END mode
Compounding periods - 4x/year
Solving for - FV

Answer should be $27,133.95

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12
Q

Zoe plans on saving $500 at the beginning of each quarter for the next 10 years into her IRA account. If she earns 6% compounded quarterly, what will her account balance be at the end of 10 years?

A

Known as “annuity due”.
BEG mode
Compounding periods - 4x/year
Solving for - FV

Answer should be $27,540.96

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13
Q

Zoe currently has $5,000 in savings and plans on saving $500 at the beginning of each quarter for the next 10 years into her IRA account. If she earns 6% compounded quarterly, what will her account balance be at the end of 10 years?

A

END mode
Compounding periods - 4x/year
Solving for - FV

Answer should be $36,611.05

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14
Q

Jonathan wants to accumulate $25,000 to establish a side business 7 years from now. If he can earn 4% compounded semi-annually, what amount would he need to have saved already in order to reach his goal?

A

END mode
Compounding periods - 2x/year
Solving for - PV

Answer should be -$18,946.8756

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15
Q

Simon wants to accumulate $100,000 in his 401(k) plan over the next 10 years. What amount would he need to contribute each year in order to reach this goal if he believes he can make 6% per year?

A

END mode
Compounding periods - 1x/year
Solving for - PMT

Answer should be -$7,586.80

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16
Q

Fritz wants to know how much money he would need a the beginning of retirement in order to pay him $25,000 per year, adjusted for inflation each year, for an estimated retirement period of 20 years. Fritz wants to use an inflation-adjusted return of 2%.

A

BEG mode
Compounding periods - annually
Solving for - PV

Answer should be -$416,961.55

17
Q

Fritz wants to know how much money he would need a the beginning of retirement in order to pay him $25,000 per year, adjusted for inflation each year, for an estimated retirement period of 20 years. Fritz wants to use an inflation-adjusted return of 3%.

Without clearing the calculator, enter 3% as I/YR and solve for PV.

A

Solving for - PV

RCL I/Yr
3 > I/YR
PV

Answer should be -$383,094.98

18
Q

When calculating for Future Value, what keys will you typically use and what numbers will be positive and negative?

A
PV (often negative)
I/YR
N
PMT (often negative)
Solve for FV (often positive)

Cash leaving your hands (making an investment) will be negative. Cash coming into your hands (payments received) will be positive

19
Q

When calculating for Present Value, what keys will you typically use and what numbers will be positive and negative?

A

FV (positive)
I/YR
N
Solve for PV (negative)

20
Q

When calculating for Rates of Return, what keys will you typically use and what numbers will be positive and negative?

A
PV (negative)
PMT (negative)
FV (positive)
N
Solve for I/YR
21
Q

Juliette invested $1,000 in a mutual fund 12 years ago, and the fund is now worth $3,560. What is her annualized rate of return for this envestment

A

END Mode
Compounding periods - 1x/year
Solve for - I/YR

Answer should be 11.16%

22
Q

George has been investing $150 every month for the past 5 years into a balanced mutual fund that has now grown in value to $13,680. What is his annualized rate of return, using monthly compounding?

A

END Mode
Compounding periods - 12x/year
Solve for - I/YR

Answer should be 16.07%

23
Q

George has been investing $150 at the beginning of every month for the past 5 years into a balanced mutual fund that has now grown in value to $13,680. What is his annualized rate of return, using monthly compounding?

A

BEG Mode
Compounding periods - 12x/year
Solve for - I/YR

Answer should be 15.60%

24
Q

George has $12,500 currently saved and has been investing $150 every month for the past 5 years into a balanced mutual fund that has now grown in value to $27,300. What is his annualized rate of return, using monthly compounding?

A

END Mode
Compounding periods - 12x/year
Solve for - I/YR

Answer should be 5.98%

25
Q

When calculating Number of Compounding Periods, what keys will you typically use and what numbers will be positive and negative?

A
PV (negative)
PMT (negative)
FV (positive)
I/YR
N - solving for (calculator should be set to 1x/yr,  unless stated otherwise)
26
Q

An individual has $1,000 to invest. He wants to accumulate $3,500. He can earn 8% annual interest on investments. How many years will it take to attain his goal?

A

END mode
Solve for - N (compounding periods)

Answer should be 16.28 years

27
Q

An individual invests $1,000 in an account earning an annual rate of 8%, compounded semi-annually. He wants to have a total fund balance of $3,500. How many years will it take to achieve his goal?

A

END mode
Solve for - N (compounding periods)

Answer should be 15.97 years

28
Q

When calculating Periodic Payments, what keys will you typically use and what numbers will be positive and negative?

A
FV (positive)
PV (negative)
I/YR
N (calculator should be set to 1x/yr,  unless stated otherwise)
Solving for PMT (negative)
29
Q

The Anderson’s want to save $150,000 in order to purchase a mountain cabin in 8 years. They believe they can earn 6% average annual return, and want to know how much they need to save a the beginning of each year in order to reach their goal.

A

BEG Mode
Compounding periods - 1x/year
Solve for - PMT

Answer should be $14,297.54

30
Q

The Anderson’s want to save $150,000 in order to purchase a mountain cabin in 8 years. They believe they can earn 6% average annual return, and want to know how much they need to save each year in order to reach their goal.

A

END Mode
Compounding periods - 1x/year
Solve for - PMT

Answer should be $15,155.39

31
Q

The Anderson’s want to save $150,000 in order to purchase a mountain cabin in 8 years. They currently have $20,000 saved towards this goal. They believe they can earn 6% average annual return, and want to know how much they need to save a the beginning of each year in order to reach their goal.

A

BEG Mode
Compounding periods - 1x/year
Solve for - PMT

Answer should be $11,259.13

32
Q

Calculating Amortization - define it

A

Refers to the repayment of loan principal over time. An amortization schedule refers to how much principal and how much interest is being repaid with each payment. Amortization is structured so more interest and less principal are being paid early on and over time the amount being applied to principal increases while the amount being applied to interest decreases.

Compounding periods are typically 12x/year
Not tested for this course :)

33
Q

If you have a $135,000, 30 year loan with a 4.5% interest rate - what’s the payment and how to calculate interest over the life of the loan?

A

END mode
Compounding periods - 12x/yr
Solving for - PMT and total interest

-135,000 PV
30 Shift N (should give you 360 periods)
4.5 I/YR
PMT

Answer should be $684.03

1 INPUT 360 Shift AMORT
= 135,000 PRIN
= 111,249.05 INT
= 0.02 BAL

If you wanted to see how much interest had been paid over first 12 periods or first 100 periods, without clearing any data

1 INPUT 12 Shift AMORT
= 2,177.86 PRIN
= 6,030.45 INT
= (132,822.12) BAL

Without clearing any data

1 INPUT 100 Shift AMORT
= 21,521.29 PRIN
= 46,881.23 INT
= (113,478.71) BAL