Mission Statement
Thursday, August 31, 2023
Training Vlog: Day 305 of Year 2 of Operation Great Reset - Build Back B...
Wednesday, August 30, 2023
Training Vlog: Day 304 of Year 2 of Operation Great Reset - Build Back B...
Tuesday, August 29, 2023
Training Vlog: Day 303 of Year 2 of Operation Great Reset - Build Back B...
Monday, August 28, 2023
Accounting: The Language of Business - Vol. 2 (Intermediate: Part 96)
Accounting and the Time Value of Money (Part I)
by
Charles Lamson
Annuities
An annuity is a series of periodic payments or receipts of equal amounts that occur at equal time intervals between each cash flow. For example, the monthly payments on a car loan are an annuity. The equal cash flows are referred to as payments (PMT). There are two types of annuities: an ordinary annuity and an annuity due. An ordinary annuity is an annuity where the cash flows occur at the end of the interest period. An annuity due is an annuity where the cash flows occur at the beginning of the interest period. Annuity problems can have five variables:
We begin our discussion with the computations of the future value of ordinary annuities. Future Value of Ordinary Annuities In a future value of an ordinary annuity problem, the payments, the interest rate, and the number of corresponding periods are known and we compute the future value. Again, payments occur at the end of the period for an ordinary annuity. For example, assume that an undergraduate accounting student wants to accumulate a sum of money to pay for a master's program to earn the 150 credit hours required for accounting certification. The student will make $10,000 deposits at the end of each year for 3 years and the interest rate is 10% as depicted by Exhibit 7.8. interest is compounded annually. The third payment does not earn any interest. The first payment is on deposit and accumulates interest for two periods, and the second payment accumulates interest for only a single period. The third payment is made at the end and does not accumulate interest. To solve this problem, we can compound each cash flow as three separate single-sum problems as shown in the following table. The future value of this annuity is therefore $33,100. The difference between the sum of the cash flows ($30,000) and the future value of the cash flows ($33,100) represents the interest earned on the investment, $3,100. This approach of turning an annuity into a series of single sum problems is too cumbersome for most annuity problems. Techniques involving a formula, table, spreadsheet, or financial calculator are efficient ways of solving future value of ordinary annuity problems. We will discuss these ways in Parts 97 and 98. *GORDON, RAEDY, SANNELLA, 2019, INTERMEDIATE ACCOUNTING, 2ND ED., PP. 331-332* end |
Sunday, August 27, 2023
Saturday, August 26, 2023
Friday, August 25, 2023
Training Vlog: Day 300 of Year 2 of Operation Great Reset - Build Back B...
Accounting: The Language of Business - Vol. 2 (Intermediate: Part 95)
Now, that’s my boy you’re talking about, and I don’t want to get crossed up with you, Sasha. But you keep that tone and attitude about him, and we will.” – Sundown “Sorry. I forget you and Ash are weird enough to actually like him. No accounting for taste.” – Sasha
Accounting and the Time Value of Money (Part H)
by
Charles Lamson
Other Single-Sum Problems As we have discussed in Part 91, there are four variables in the single-sum problems. Typically, problems either solve for the present value or future value. However, at times the present and future values are known factors and solutions require solving for either the interest rate for the compounding period or the number of compounding periods. Solving for the Interest Rate. We illustrate solving for the interest rate when we have the other three variables—FV, PV, N. To solve for the interest rate with a formula, we rearranged the variables in equation 7.2 (from Part 92 and reintroduced below) to arrive at equation 7.6:
EXAMPLE 7.11 Solving for the Interest Rate in a Single-Sum Problem To use the factor tables, start on the inside cells of the table. Referring to Table 7A.1 (from Part 92 and reintroduced below), we know from Equation 7.3 that the FV equals the PV times the table 7A.1 factor. TABLE 7A.1 Future Value of $1 Click to enlarge. Thus, solving for the interest rate involves:
EXAMPLE 7.12 Solving for the Interest Rate in a Single-Sum Problem We solve for the interest rate variable, I/Y, using the rate function in a spreadsheet cell as follows: = RATE(N,PMT,PV,type) All variables are previously defined. To solve the problem in Example 7.12, enter the following amounts in each cell. The spreadsheet provides the solution, 4.00%. We can solve interest rate problems using a financial calculator. To solve the problem in example of 7.12, enter the following keystrokes. The calculator shows the interest rate is 4%. *GORDON, RAEDY, SANNELLA, 2019, INTERMEDIATE ACCOUNTING, 2ND ED., PP. 327-329* end |
Thursday, August 24, 2023
Training Vlog: Day 300 of Year 2 of Operation Great Reset - Build Back B...
Wednesday, August 23, 2023
Tuesday, August 22, 2023
Training Vlog: Day 298 of Year 2 of Operation Great Reset - Build Back B...
Monday, August 21, 2023
Sunday, August 20, 2023
Accounting: The Language of Business - Vol. 2 (Intermediate: Part 94)
Philosophy and science have not always been friendly toward the idea of God, the reason being they are dedicated to the task of accounting for things and are impatient with anything that refuses to give an account of itself. The philosopher and the scientist will admit that there is much that they do not know; but that is quite another thing from admitting there is something which they can never know, which indeed they have no technique for discovering.
Accounting and the Time Value of Money (Part G)
by
Charles Lamson
Factor Table Solution. Table 7A.2 presents the factors for solving present value problems. Similar to table 7A.1 from Part 93, the number of compounding periods is found in rows of the table. Columns have the interest rate per period. The amount presented in the cell for each row and column is computed from the interest component of Equation 7.4 from Part 93 and reintroduced below. It is the factor for the present value of $1 for the given interest rate and number of periods. Equation 7.5 solves single-sum present value problems using the factors in Table 7A.2. Refer to the factor that is in the row for the number of compounding periods and the column for the interest rate per compounding period. For example, the factor for a 3% interest rate and 10 periods is 0.74409. The factors in Table 78.2 indicate that the PV is inversely related to N and I/Y. Example 7.9 illustrates the table approach. Spreadsheet Solution. Spreadsheet applications such as Microsoft Excel provide a present value function in a spreadsheet cell as follows: = PV(I/Y,,N,PMT,FV,type) For the present value of a single sum, we put a 0 in the third position because there are no periodic payments. Because the type defaults to zero, we do not need to include the last variable because this is not an annuity problem. EXAMPLE 7.10 Present Value of a Single Sum: Spreadsheet Approach Financial Calculator Solution. Finally, present value problems can be solved using a financial calculator. To solve the problem in Example 7.10, enter the following keystrokes. These key strokes correspond to an inflow of $175,000 in 5 years at a 1% interest rate per compounding period and 60 compounding periods. The calculator shows the present value is $(96,328.68). *GORDON, RAEDY, SANNELLA,, 2019, INTERMEDIATE ACCOUNTING, 2ND ED., PP. 324-326* end |
Saturday, August 19, 2023
Friday, August 18, 2023
Thursday, August 17, 2023
Training Vlog: Day 293 of Year 2 of Operation Great Reset - Build Back B...
Wednesday, August 16, 2023
My Wheelchair Roadwork Training through the Fox Hill Neighborhood in St. Charles, Missouri, USA
Lo and behold. There it is. The very summit of Fox Hill in St. Charles, Missoouri, USA. I pushed onward in my ascent. |
So here I am slowly approaching the small neighborhood of villas, the entrance of which is up ahead and to the right, where that fence is. |
This is a photo of the entrance of the villa neighborhood that borders Fox Hill Apts. on that side. |
So, here I am slowly making my way up to the top of Fox Hill, yet again, with the neighborhood of villas down to the left. |
Tuesday, August 15, 2023
Training Vlog: Day 292 of Year 2 of Operation Great Reset - Build Back B...
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Measurement Methods by Charles Lamson There are two major measurement methods: counting and judging. While counting is preferre...
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Product Life Cycles by Charles Lamson Marketers theorize that just as humans pass through stages in life from infancy to death,...