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Future Value of an Annuity - Hindi - YouTube
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Namaskar, my name is Mukul and welcome to the Asset Yogi.
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Where we don't lock rather unlock the knowledge of finance.
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In this video, we are going to talk about the future value of the annuity.
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This video is a part of a video series where we are discussing the time value of money
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In this first video, I've talked about the basics of the time value of money.
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Then we've talked about future value.
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Normal future value, suppose if you do a one-time payment somewhere
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so how much will be its future value
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after a certain time period at a certain interest rate?
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Now the future value of annuity means
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you keep investing a fixed amount every month somewhere
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then how much will be its future value?
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For example, let's say you deposit Rs.10,000 every month
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suppose you are 24-25 years old
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so what will be the total amount when your retire after 24-25 years?
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We will understand its calculation in this video.
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So stay tuned to this video from the beginning to the end.
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Because I am going to tell you how to do the calculation in seconds in the MS-excel.
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Let's go straight to the blackboard.
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Let's understand the future value of an annuity with the help of an example
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Let's assume, in one year,
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let's say its May 2018
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And let's take a period of 3 years i.e May 2019 and May 2020
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Now, let's assume you invest Rs.10,000 every year.
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So you invested 10,000 in the first year.
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and second and third year also you invested Rs.10,000.
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Now we will see, how much will our money be in May 2020?
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Sorry this is 2020
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this is 2020.
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So see, this is your investment, right
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So you invested this amount of money now how much will your value be?
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Now how will we find its value?
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I've told you the formula of the future value in the last video.
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So future value is the present value multiplied by (1+r) raised to the power n.
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So this is the present value here.
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Let's take the rate of interest as 7% on FD
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We have invested this money in the FD
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which is giving us the returns of 7% annually.
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So how will we calculate this?
Our future value will be...
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Let's understand according to the timeline here
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This money will be invested for 2 years, right!
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This money is invested for 2 years from May 2018 to May 2020.
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You invested the money for 2 years in May 2018.
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And the money you deposited in 2020 got invested for zero time, right!
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So we will calculate our present value according to that only.
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10,000 multiplied by (1 + r )
since the rate of interest is 7% here
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so we'll write 0.07 here
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raised to the power 2, since we've talked about 2 years here.
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Similarly, we'll write 10,000*(1+0.07) raised to power 1
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because this money has been invested for 1 year here.
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here it will be 10,000 only because the power will be 0 so it'll be same 10,000 only
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so if you'll do its calculation, your value will be Rs.11,449.
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And this value will be 10,700.
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And this value is 10,000.
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So if you do the total, then the total value will be Rs.32,149.
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So, in the third year, you'll get Rs.32,149.
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No see, when you'll do the investment for the marger time period
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and if you'll invest every month then it will be very difficult to calculate in this way.
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So, if you want to calculate manually in this
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so the formula for the future value of the annuity
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is annuity multiplied by (1+r) raised to the power n, minus 1
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divided by r
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This r is your rate of return or the interest rate
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A is the monthy or the annual payment,
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like in this case the annual payment is of 10,000.
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This is the annual payment of 10,000.
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So if we calculate the future value using this formula, in this case
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so you will write 10,000 here
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And here you'll write 1+ 0.07
since rate is 0.07
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raised to the power 3 because n=3
and minus 1
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divided by .07
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Now when you'll do the calculation, you can calculate using any simple calculator
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So its value will also be Rs.32,149.
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So you can calculate directly in this way.
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So now, the example which we had taken
as I have talked to you in the introduction
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If suppose, you invest 10,000/month in an investment
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Let's say you are 25 years old on today's date
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and suppose you can get 15% returns annually.
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And let's say you keep invested for 35 years.
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Then how much money you will get in retirement?
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We will do its calculation in the Microsoft excel
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because you won't be able to calculate easily using the formula also
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Still, let me tell you
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So this total amount
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it will be 14 crores 67 lakhs...
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31 thousand 802 rupees only.
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Now we will see its calculation in Microsoft excel.
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We will see this calculation also
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that how this Rs.32,149 will be calculated in the Microsoft excel
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Let's quickly see how these calculations will be done in excel.
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Let's see the assumptions first.
The present value will be zero in this case.
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Because we haven't invested any lumpsum money right here.
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Now annually we are investing Rs.10,000
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Our payments will be 10,000 every year.
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Our interest rates are 7% as we've assumed the FD rate of 7%.
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After that, we've invested the money for 3 years.
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Compounding is annual i.e. every year
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You'll get the money according to the compound interest.
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After that, let's see how the future value of the annuity is calculated?
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So you'll press "=fv".
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As we've calculated the future value in the previous video,
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it's the exact same formula.
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Now as it's asking you for the inputs
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enter the inputs.
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The rate basically will be this. Here we've selected this cell of 7%.
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You can do the input also and enter straight 0.07 here.
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After comma and space, you'll enter the time period here
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the time period will be of 3 years.
I've selected this cell.
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After comma and space, you'll enter the payments here.
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As you can see this PMT, this is
the annuity.
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So you'll select this annuity here.
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But before that, put the minus sign, as I've told you in the previous video also.
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Because this payment is being done. Right?
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So the money is coming out from your account
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that's why you'll add the minus sign.
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And you'll select this cell after that.
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After that, since the present value is zero here, that's why we'll enter zero.
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We'll close the bracket and then enter it.
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See, we are getting Rs.32,149
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is the exact same figure that we've calculated from the formula, right?
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Now, if you invest Rs.10,000 per month
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so how much money will it be till retirement?
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As I've given you the example, if you are 25 years old
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If you invest Rs.10,000 every month.
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Let's say you earn 15% returns annually.
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And you keep it invested for 35 years.
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you keep invested in that product.
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Then how much money can you make in 60 years?
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Let's calculate that!
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Now, in this case, compounding will be monthly.
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Because you are investing every month, right?
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So, according to the monthly compounding,
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Let's see what will be the future value of an annuity?
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So here we will write "= fv(future value)".
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You'll enter the rate as 0.15.
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Divided by 12.
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Pay attention here.
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Here, we are dividing it by 12 because the compounding is monthly, right?
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After entering comma and space, we will select the period.
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In the period also,
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we'll have to multiply it by 12 because we are calculating it on a monthly basis.
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After entering comma and space we will enter annuity here.
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How much is our payments every month?
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So here, after selecting minus, we selected 10,000 according to the cell.
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After that, I pressed the comma and entered the present value 0.
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Because I haven't done any lumpsum payment.
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close the bracket and enter.
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See, we are getting the same value.
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You will get Rs.14,67,71,802 after 35 years when you'll get retired.
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So, in this way, we calculate the future value of an annuity.
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Now in the next video, we'll see if your cash flow varies every month
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then how will you calculate the future value?
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Like in this case, we were investing Rs.10,000 every month
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If suppose we change it every month
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for one month 10,000, for another 14,000 and for some another 15,000
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then how will we calculate the future value?
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That we'll learn in this next video.
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Till then keep learning, keep earning and be happy as always.
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