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LIST OF FIN300 VIDEOS ORGANIZED BY CHAPTER http://allthingsmathematics.teachable.com/p/ryersonfin300 FIN300 FIN 300 CFIN300 CFIN 300 - Ryerson University ADMS 3530 - York University Key Words: MHF4U, Nelson, Advanced Functions, Mcgraw Hill, Grade 12, Toronto, Mississauga, Tutor, Math, Polynomial Functions, Division, Ontario, University, rick hansen secondary school, john fraser secondary school, applewood heights secondary school, greater toronto area, lorne park secondary school, clarkson secondary school, mpm1d, mpm2d, mcr3u, mcv4u, tutoring, university of waterloo, queens university, university of western, york university, university of toronto, finance, uoft, reciprocals, reciprocal of a function, library, bonds, stocks, npv, equity, balance sheet, income statement, liabilities, CCA, cca tax shield, capital cost allowance, finance, managerial finance, fin 300, fin300, fin 401, fin401, irr, profitability index,
Views: 27570 AllThingsMathematics

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How to find the Future Value when interest is compounded! YES there is a mistake in this video... my apologies, but it doesn't change the fact that this video will show you how to compute Future Value quickly and easily! Here is a link to my math videos organized by topic! https://sites.google.com/view/nabifroesemathvideos
Views: 286180 Nabifroese

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Views: 4649 Ronald Moy

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Thanks to all of you who support me on Patreon. You da real mvps! \$1 per month helps!! :) https://www.patreon.com/patrickjmt !! Finding an Interest Rate to Match Certain Financial Goals, Ex 2. In this video, I do an example of where one has to find the correct interest rate when given other requirements on time, amount earned, etc.!
Views: 37076 patrickJMT

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Views: 3149 Ronald Moy

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Thanks to all of you who support me on Patreon. You da real mvps! \$1 per month helps!! :) https://www.patreon.com/patrickjmt !! Annuities : Annuity Due , Finding Future Value. In this video, we invest a fixed amount at regular intervals in an annuity due. We then find the future value of the annuity.
Views: 603862 patrickJMT

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Views: 599 Engineer Boy

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Views: 20033 Anil Kumar

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Description
Views: 3324 The Finance Classroom

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This algebra & precalculus video tutorial explains how to use the compound interest formula to solve investment word problems. This video contains plenty of examples and practice problems for you to work on. Here is a list of topics: 1. Compound Interest Explained - Formula & Equations 2. Compounded Monthly, Semi Annually, Quarterly, Daily, Weekly and Compounded Continuously 3. Compound Interest Word Problems - Investment, Mutual Funds, Savings Account, and Index Annuity 4. Logarithms - Solve for t 5. Compound Interest - Solve for r using e 6. Future Value vs Present Value - Math Problems

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Views: 986 Andrei Galanchuk

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Views: 564 Andrei Galanchuk

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Here is a link to my math videos organized by topic! https://sites.google.com/view/nabifroesemathvideos
Views: 54692 Nabifroese

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Example: https://www.youtube.com/watch?v=b5t7d2OPqSY&index=5&list=PLJ-ma5dJyAqrWspcH5wXSOcsqWZhBd3OW How to calculate Interest Rate if Future Value if Given? Future value of \$5000 after 4 years compounded monthly is \$7157. Determine the interest rate on this investment. Interest earned on \$500 after 6 years compounded semi-annually is \$134. Determine the interest rate on this investment.
Views: 221 Anil Kumar

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Interest rate and discount rate, Time Value of Money, CFA Level 1 Tutorial-1 The time value of money is the principle that a certain currency amount of money today has a different buying power (value) than the same currency amount of money in the future. The value of money at a future point of time would take account of interest earned or inflation accrued over a given period of time. This notion exists both because there is an opportunity to earn interest on the money and because inflation will drive prices up, thus changing the "value" of the money. The time value of money is the central concept in finance theory. However, the explanation of the concept typically looks at the impact of interest and assumes, for simplicity, that inflation is neutral. http://www.garguniversity.com Check out Ebook "Mind Math" from Dr. Garg https://www.amazon.com/MIND-MATH-Learn-Math-Fun-ebook/dp/B017QEIF18
Views: 31936 Garg University

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Views: 2084 Ronald Moy

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Financial Math for Actuarial Exam 2 (FM), Video #28. Exercise 2.1.12S in "Mathematics of Investment and Credit", Samuel A. Broverman, 6th Edition.
Views: 539 Bill Kinney

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Views: 359 Anil Kumar

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www.spoonfeedme.com.au spoonfeedme.com.au more videos available at www.spoonfeedme.com.au
Views: 14268 Spoon Feed Me

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Demonstrates the concept of future value and shows how to use the FV function in Excel 2010 Follow us on twitter: https://twitter.com/codible Some good books on Excel and Finance: Financial Modeling - by Benninga: http://amzn.to/2tByGQ2 Principles of Finance with Excel - by Benninga: http://amzn.to/2uaCyo6
Views: 165001 Codible

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Present Value & Future Value Lecture/Lesson In this lesson on present value and future value we will teach you the present value formula & the future value formula. We will briefly cover the different types of cash flow, annual interest rate vs effective interest rate, the discount rate for cash flow, and we will briefly cover the present value of an annuity.
Views: 3950 Subjectmoney

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Calculate PVIF- Present Value of Interest Factor & PVIFA- Present Value of Interest Factor of Annuity using Simple Calculator. What is the 'Present Value Interest Factor - PVIF' The present value interest factor (PVIF) is a factor that is utilized to provide a simple calculation for determining the present value dollar amount of a sum of money to be received at some future point in time. For determination or consideration of a series of possible present values, PVIFs are often represented in the form of a table used for calculating the present value of a future sum with varying interest rate and time period combinations. The present value interest factor is based on the foundational financial concept of the time value of money, which states that the present value of a sum of money not to be received until sometime in the future must be discounted from the future amount according to a rate of return that could be earned on capital at the present time. -~-~~-~~~-~~-~- Please watch: "Protection to Collecting Banker NI Act Legal and Regulatory Aspects of Banking JAIIB" https://www.youtube.com/watch?v=V-hiw3njkak -~-~~-~~~-~~-~-
Views: 49644 Learning sessions

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In this video we will go over how to calculate Present Value given Future Value and Future Value given Present Value.

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Views: 7822 Michael Fulkerson

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Using a Interest rate Calculator and Future Value Calculator we can forecast the DOW industrial average. More at- http://www.goemanagency.com/home/splash/
Views: 117 Goeman Agency LLC

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Background A dollar received now is more valuable than a dollar received a year from now. If you have that dollar today, you can invest it and increase its value. Let's explain a bit further: The time of value of money is the difference in value between having a dollar in hand today and receiving a dollar sometime in the future. Why is present and future value important? Since money has a time value, we must take this time value into consideration when making business decisions. Present and future value calculations are powerful methods available in making financial decisions. Once you understand and master the calculations, you can apply these equations for restating cash flows to make them equivalent in business decisions. The calculations are building blocks for many decisions facing individuals and managers alike. In addition, these calculations allow one to calculate returns on investments, capital budgeting, and return on annuities, just to name a few. Key terms: Future value (fv) and present value (pv) are two concepts in clarifying the value of money. Future value is explained as an amount of money invested at present and will mature at the end of a given time when compounded at a given interest rate. Present value is money that must be invested now to accrue to a certain amount of money in the future when compounded. In simpler terms, present value is the value today of an amount of money in the future. Why is this important? For these situations, businesses need to find a method of weighing cash flows that are received at various periods of times (annual, years, quarters, ect). How do we go about finding the present and future value of cash flow? There are two fundamental equations that are commonly used; this video will demonstrate them throughout the presentation. Objectives: Following my discussion, you will be able to: • Have the knowledge of present value (pv) and future value (fv) • Be able to calculate the pv and fv with compounding • Have an understanding of compound interest Discussion: The video discusses the value of a dollar in hand today and applying calculations to determine what that dollar will be worth in the future. In addition, the video demonstrates the concept of wanting to have a specified amount of money in the future and the amount of money needed today in order to earn that specified amount. See the formulas used in video: Fv=pv (1+i) n Pv= (1/1+i) n FvPvn Pv=the beginning amount i= the interest rate/year n=number of years Fv=value at the end of n years. Important points: When computing compounding interest for greater than one year, remember that the interest in the next year is being paid on interest. The interest on the original dollar amount is referred to as "simple interest." Lastly, Net present value can be defined as the difference between the PV of cash inflows and the present value of cash outflows. Net present value is used in capital budgets to assess the probability of a project. The net present value is a standard affirming that a project should be established. Example: If a bank pays 5% interest on a \$100 deposit today, in one year, this \$100 will be worth \$105. This is expressed by the following equation: F1= p (1+r). F1 is the balance at the end of the period, p represents the amount of invested, and r represents the rate of interest. For example, the future of \$1,000 compounded at 10%, would be \$1,100 after one year and \$ 1,331 after three years of investing. For example, if the interest rate is 10%, then the present value of \$500 earned or spent in one year from now is \$500 divided by 1.10, equates to \$455. This example demonstrates the overall notion that the present value of a future amount is less than the actual future amount. Summary Present and future values are important methods for any financial decision. An investment can be viewed in two methods. We discussed present and future values in this video. The process of finding the present value of future cash flows is referred as discounting. Discounting future value to present value is a common technique, especially when weighing in on capital budget decisions. Have the knowledge of the calculations will allow individuals to calculate almost any investment decision
Views: 112025 Lisa Dumont

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Free Online Textbook @ https://businessfinanceessentials.pressbooks.com/ This video introduces the HP10BII and walks through multiple examples of using the 5-key approach to solving basic Time Value of Money Examples. Includes changing periods per year, beginning vs. end of period payments, changing decimals displayed, solving for FV, PMT and rate of return.
Views: 234077 Kevin Bracker

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Do you have a saving goal? Do you want to know how much to invest each month / year to reach that goal? Excel has a very powerful function - the Future Value (FV) that will give you the answers that you need. In this video, I demonstrate the FV() and PMT() Functions. I also create a one-input Data Table so that we can perform "What-If" Analysis - what if my Interest Rate changes? I invite you to visit my website - www.thecompanyrocks.com/excels - to view all of my Excel Video Lessons
Views: 36024 Danny Rocks

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Views: 465169 OneClass

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http://www.subjectmoney.com This Time Value of Money Lesson TVM covers all the basic concepts of the Time Value of Money that you would learn in Finance. In this tvm tutorial we cover simple interest, compound interest, present value formula, future value formula, annuity due, ordinary annuity, present value of annuities, future value of an annuity, intrayear compounding interest, and perpetuities. In this time value of money lesson we teach you by video using visualizations to help you understand how money and time works. If you study this finance tvm video tutorial in combination with what you leanr about the time value of money in your finance class, you should have a clear understanding when it is time to take your time value of money tvm test or exam. I’m glad that I could help you study for your finance time value of money exam. What is simple interest? What is compound interest? What is an ordinary annuity? What is an annuity due? What is the present value formula? What is the future value formula? How to solve the present value of an uneven series of cash flows. What is a perpetuity? How to solve the present value of an ordinary annuity. How to solve the present value of an annuity due. How to solve the future value of an annuity due. How to solve the future value of an ordinary annuity. Present value of a perpetuity formula. Time value of money, time value of money lesson, tvm, tvm lesson, tvm formulas, time value of money formulas, present value formula, future value formula, present value, future value, annuity due, ordinary annuity, simple interest, compounding interest, intrayear compounding interest, perpetuity, present value of a perpetuity, how to present value, what is present value, what is time value of money
Views: 215091 Subjectmoney

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Check out my Blog: http://exceltraining101.blogspot.com Did you know you can use Excel to figure out how much something is going to cost or how much money you'll get in the future assuming some fixed interest rate? It's call Future Value and this term is often used in business as well as personal finance. See this video to learn about using Excel to calculate compound interest with the Future Value (FV) formula and Excel's built in FV function. #exceltips #exceltipsandtricks #exceltutorial #doughexcel --------------------- Excel Training: https://www.exceltraining101.com/p/training.html Excel Books: https://www.amazon.com/shop/dough
Views: 150954 Doug H

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Client invests \$100,000 in bank account with stated annual interest rate of 7.0%. How much does client have in account after three (3) years, if we assume quarterly compounding? (bonus: continuous compounding). For more financial risk videos, visit our website! http://www.bionicturtle.com
Views: 2492 Bionic Turtle

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Download file: http://people.highline.edu/mgirvin/ExcelIsFun.htm This is a Business Mathematics Class (Busn Math 135) taught by Mike excelisfun Girvin at Highline Community College. In this video learn how to calculate: 1. Calculating Interest & Future Value For Bank Daily Interest Accounts 2. See Math Formulas 3. See Excel FV Function 4. Example of savings account where we withdraw money
Views: 13430 ExcelIsFun

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This video explains how to use the TVM Solver on the TI84 to determine the future value of an account that pays compounded interest. http://mathispower4u.com
Views: 30453 Mathispower4u

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Please watch this video (FV of \$1) before this video: https://www.youtube.com/watch?v=W2vItTKVRrI This video builds upon the previous FV video by incorporating non-annual compounding periods when calculating future value of \$1. The effective annual interest rate function is also discussed. Uses Microsoft Excel for Mac - PC operations are also discussed. Level of Difficulty: Intermediate

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How to use Financial Calculator to solve for future value. You can download it from iTunes or application store here: http://itunes.apple.com/WebObjects/MZStore.woa/wa/viewSoftware?id=305709452&mt=8
Views: 14136 creat326

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In this video I explain how to calculate the present and future value when interest rate is compounded quarterly (more than once a year). Example: Assume an investment that pays you 2000 dollars in the end of the first, second, and third year for an annual interest rate of 12% compounded quarterly. Calculate the time zero present value and future value of these payments after three years. Note: the future value is calculated for year three. It has to be corrected in first and second slide.
Views: 763 F. Tayari

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This video discusses basic compound interest calculations using the BAII Plus calculator. It shows how to calculate FV and PV using the TI Business Analyst Calculator.
Views: 92555 Joshua Emmanuel

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In the examples solved in this video (compiled by Andrew Rossman), P/Y & C/Y are left at their default values. That is, P/Y=C/Y =1. For examples that require changing P/Y and C/Y, please see the following playlist: https://www.youtube.com/playlist?list=PLD3fYc0bAjC-gmXXegedT3l9mLa8YjhK5 Problems Solved: Example 1: Laura takes a 15-year, \$500 000 mortgage, on a new condo. At an interest rate of 4% (that is compounded monthly), what is the monthly payment? Example 2:Helene is planning ahead for her daughter Paula’s college tuition. Paula begins college in 5 years and will need \$80,000. How much would Helene have to invest today at 6% compounded annually to have \$80,000 in 5 years? Example 3: Josh has an investment account with \$50,000. If Josh earns 6% per year and contributes \$400 each month, how much will his investments be worth in 10 years? Example 4: Steven has \$25,000 in credit card debt. His credit card charges 2% in monthly interest and Steven pays \$1,000 each month toward the balance. If Steven doesn’t make any further purchases, how many months will it take to fully repay his debt? Example 5: Martin’s savings account has \$25,000 today. In 5 years, the account is worth \$32,000. What is the annual interest rate?
Views: 137335 Joshua Emmanuel

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Thousands of practice questions and explanation videos at: http://www.acemymathcourse.com

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How to find Interest from Future Value: https://www.youtube.com/watch?v=bTDeZ2G7QZ4&list=LL4Yoey1UylRCAxzPGofPiWw
Views: 2803 Anil Kumar

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----------------------------------------------------------------------------------------------------- Starting out with Python, Third Edition, Tony Gaddis Chapter 5 Programming Challenges -------------------------------------------------------------------------------------------------------------------------------------------------------------------- 19. Future Value Suppose you have a certain amount of money in a savings account that earns compound monthly interest, and you want to calculate the amount that you will have after a specific number of months. The formula is as follows: F = P x ( 1 + i ) raised to the power t The terms in the formula are: F is the future value of the account after the specified time period. P is the present value of the account. i is the monthly interest rate. t is the number of months. Write a program that prompts the user to enter the account’s present value, monthly interest rate, and the number of months that the money will be left in the account. The program should pass these values to a function that returns the future value of the account, after the specified number of months. The program should display the account’s future value. -------------------------------------------------------------------------------------------------------------------------------------------------------------------- Bitcoin Address - 1AbnaHDLG3xqmycNHKDKh1gPNst29Rkp6S Thanks :) --------------------------------------------------------------------------------------------------------------------------------------------------------------------
Views: 2951 Kakra Detome

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Financial Theory (ECON 251) Philosophers and theologians have railed against interest for thousands of years. But that is because they didn't understand what causes interest. Irving Fisher built a model of financial equilibrium on top of general equilibrium (GE) by introducing time and assets into the GE model. He saw that trade between apples today and apples next year is completely analogous to trade between apples and oranges today. Similarly he saw that in a world without uncertainty, assets like stocks and bonds are significant only for the dividends they pay in the future, just like an endowment of multiple goods. With these insights Fisher was able to show that he could solve his model of financial equilibrium for interest rates, present value prices, asset prices, and allocations with precisely the same techniques we used to solve for general equilibrium. He concluded that the real rate of interest is a relative price, and just like any other relative price, is determined by market participants' preferences and endowments, an insight that runs counter to the intuitions held by philosophers throughout much of human history. His theory did not explain the nominal rate of interest or inflation, but only their ratio. 00:00 - Chapter 1. Implications of General Equilibrium 03:08 - Chapter 2. Interest Rates and Stock Prices 22:06 - Chapter 3. Defining Financial Equilibrium 33:41 - Chapter 4. Inflation and Arbitrage 43:35 - Chapter 5. Present Value Prices 57:44 - Chapter 6. Real and Nominal Interest Rates Complete course materials are available at the Open Yale Courses website: http://open.yale.edu/courses This course was recorded in Fall 2009.
Views: 44102 YaleCourses

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In this video we expand on compound interest and discuss the difference between future and present value.
Views: 5879 Brian Veitch

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This vide demonstates Microsoft Excel's future value fomrula. This is the formula we would use to calculate the future value of an investment for which we have made constant payments, at a constant interest rate and constant investment periods (say monthly).
Views: 9664 Eric Magidson

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