closed by
724 views
1 1 vote

Let 

 

We define Then ar is equal to.

 

  1. $\binom{r}{2019}$
  1. $\binom{r}{r + 2018}$
  1. $\binom{r}{2019 – r}$
  1. $\binom{r}{r – 2018}$

Can anyone tell me if this type of question is in Gate 2019 syllabus or not because I have never seen such question in previous year question? If yes, then when can I learn this stuff from.  Because I am unable to understand the whole solution.

Position:
Show:

Related questions

7 7 votes
2 answers 2 answers
1.5k
1.5k views
register_user_19 asked Dec 15, 2018
1,486 views
Let $M(x) = \frac{x^{2018}}{(1-x)^{2019}}$we define $M(x) = \sum_{r=0}^{\infty}a_{r}x^{r}$ ,then $a_{r}$ is equal to-$A)\binom{r}{2019}$$B)\binom{r}{r+2018}$$C)\binom{r}{...
2 2 votes
2 2 answers
1.1k
1.1k views
ashish pal asked Jan 6, 2018
1,116 views
Answer is B as given in solution.
0 0 votes
3 answers 3 answers
4.2k
4.2k views
snaily16 asked Jan 22, 2019
4,215 views
The number of ways 5 letter be put in 3 letter boxes A,B,C. If letter box A must contain at least 2 letters.
0 0 votes
0 0 answers
574
574 views
tonystark asked Oct 16, 2018
574 views
Given only a Generating Function in closed form can we find the sequence it represents? If so, how? Please explain with an example.If not, given a GF(closed form) in gen...