Thanks for your great explanation! This helps me a lot to self-study since I have engineering background that learning Finance& Accounting for my Master Degree in Business
14:00 is a tricky problem and actually there's a lot going on here, technically, it's the discounted value of an geometrically increasing (ordinary) annuity + perpetuity. There's a lot more to this problem than she explained but the answer is correct. With a much larger series of payments you'd have to use a closed formula like actuaries use, punch it into your calculator like an annuity. Not easy stuff imo.
hello. i dont understand how on non constant growth, the stock price at year four(66.54 is discounted to be 46.114. i have an exam now and i would really love to get it
Good content. Unfortunately, the production location introduced very distracting background noises including a TV in a nearby room, outside traffic, phone ringing. Doesn't ruin the video, but you would certainly prefer it was not present. Otherwise, the material is thorough and well presented.
Thanks for your great explanation! This helps me a lot to self-study since I have engineering background that learning Finance& Accounting for my Master Degree in Business
14:00 is a tricky problem and actually there's a lot going on here, technically, it's the discounted value of an geometrically increasing (ordinary) annuity + perpetuity. There's a lot more to this problem than she explained but the answer is correct. With a much larger series of payments you'd have to use a closed formula like actuaries use, punch it into your calculator like an annuity. Not easy stuff imo.
You’re a gifted teacher!
Excellent video, Ms. Suzanne! Thank you!
thank you so much for posting this on youtube! very helpful and profound!
thank u for posting on youtube , the slide u use which is same with our lecther give us, you will save my final exam~
hello. i dont understand how on non constant growth, the stock price at year four(66.54 is discounted to be 46.114. i have an exam now and i would really love to get it
Thank you very much
but what if G > R, which formula to use then ??
you are an amazing teacher
Good content. Unfortunately, the production location introduced very distracting background noises including a TV in a nearby room, outside traffic, phone ringing. Doesn't ruin the video, but you would certainly prefer it was not present. Otherwise, the material is thorough and well presented.
Ty
thank u!
can we also have the PPT
How 2(1+6)=2.1?
nice presentation but there's a alot of noise in your background which doesnt give a great learning experience
where r other chapters?