Shortcut for calculating the value of "n" number of years in discounted cash flow method. Reference ques no. 3 = (1+0.1)² for Calculating this just do add (1+0.1) and then press * and then press = on calculator you will get value of 2nd year then press again = for value of 3rd year and so on Save your time in exams and try this before exams once. 😉
Can anyone please tell how the swap ratio is to be determined At 1:44 sir has done it by keeping it in numinator bunny Ltd and in denominator hunny Ltd while in a question earlier sir has said the opposite
Sir 1:01:57 , the same sum in CRILW institute mat. They have calculated further as company B is entirely equity financed; hence, the final ans differs from what you have calculated. please let us know which approach is correct?
Shortcut for calculating the value of "n" number of years in discounted cash flow method.
Reference ques no. 3 = (1+0.1)² for Calculating this just do add (1+0.1) and then press * and then press = on calculator you will get value of 2nd year then press again = for value of 3rd year and so on
Save your time in exams and try this before exams once. 😉
Can anyone please tell how the swap ratio is to be determined
At 1:44 sir has done it by keeping it in numinator bunny Ltd and in denominator hunny Ltd while in a question earlier sir has said the opposite
Module questions - 6:40
Past years questions - 1:13:19
Amazing session Sir.Thank you so much .
1:29:43 - Q11
1:30:26 bb
Sir 1:01:57 , the same sum in CRILW institute mat. They have calculated further as company B is entirely equity financed; hence, the final ans differs from what you have calculated. please let us know which approach is correct?
35:00
Thank you sir😊
Thank you Sir
Sir CS Executive Marathon lecture kab se start karoge aap
Worst teacher.... Koi concept calrity nhi kuch nhi bs ratwa rha hai... Khud ko teacher bhi bolte hai ye log
Bunty tera sabun slow hai kya?
To tum khud hi pad liya karo 😀 u have no right to blame someone for this
your qualification buddy? did anyone ask for your opinion here?
thank you sir