How to Calculate the Future Value of a Lump Sum Investment

Video quality	The size	Download

Information How to Calculate the Future Value of a Lump Sum Investment | Episode 38

Title	:	How to Calculate the Future Value of a Lump Sum Investment \| Episode 38
Lasting	:	4.43
Date of publication	:
Views	:	129 rb

Lumpsum is the best For years I struggled with outstanding debts, bills and my children's school fees I was at a point where I wanted to give up I came across every YouTube channel about how to make and multiply your income through passive income Fortunately, I had saved some money and decided to start an investment, Now I have bought my second house already, earn on a monthly through passive income and got 4 out of 5 goals, just hope it encourages someone that doesn’t believe in investing
Comment from : Phyllis Richards

Thanks for the short detailed video!😊
Comment from : SiSi Haney

How 12597 comes, better you do it manually
Comment from : Adam Adam

Great video and information I basically hate anything that are related to calculation But im taking my degree now and i need to take financial management class This video really helped me a lot
Comment from : Mohamad Faez Aiman

Thank you
Comment from : John Eghubare

How about if the PV is 1 dollar?
Comment from : Duarte, Nicole L

Hi, I plugged in these numbers into excel with the FV calculations and I got $6,35119 Not sute why there is a difference
Comment from : tsuix3

Bro for 3 year fV 136048896
Comment from : rajesh vr

why you always do it with years TT_TT , can you explain how to do it with days? please
Comment from : Mariam Alnaqbi

8＝008？or 08
Comment from : Richard Zhong

FYI interest rate is usually denoted as r
Comment from : Alex Gennaro

great but I couldn't get the right calculation for the (1+i )over the next can you tell me how to do that I have a professional calculator
Comment from : Wafaa Ahmed

what if you have everything but the interest rate what do i do?
Comment from : Antonio Deleon

How do solve for i?
Comment from : Murray Melander

Not to my knowledge You'd almost have to treat the problem like two separate problems The first thing you need to know is how frequently does interest compound Depending upon the level of detail expected, you may even develop a amortization schedule, but you would need to know the loan maturity date for that After doing this you can determine the remaining balance of the loan after three years of paying $300 towards the loan Hope this helps
Comment from : Alanis Business Academy

One more quick question is there a formula for a question like this A couple borrow $1000 to furnish their new home They have to pay interest of 18 on this amount If they repay $300 at the end of each year, how much do they owe at the end of the third year of the loan? is there a formula to work out the third year of the loan amout? Thanks
Comment from : Michael juk

Thanks for the Quick reply Not very familiar with the formula, but will learn and try it out Thanks once again for your help
Comment from : Michael juk

Unfortunately I only have a financial calculator so I can't complete the calculations However, with interest compounding daily it would be approximately 67 years So your response should be somewhere around that figure Good luck!
Comment from : Alanis Business Academy

Hi Great Videos Thanks so much wonder if you could help with a question eg If $500 is invested at 7 compounded continuously, how long would it take for the value of the investment to reach $800 thanks how would this be calculated thanks
Comment from : Michael juk