A bag contains 50 tickets numbered 1, ,2 3, ...50. Find the number of set of five tickets `x_1 lt x_2ltx_3ltx_4ltx_5` and `x_3=30`

A bag contains 50 tickets numbered 1, ,2 3, ...50. Find the number of set of five tickets x_1< x_2< x_3< x_4< x_5 a n d x_3=30.

A bag contains 50 tickets numbered 1,23,....50. Find the number of set of five tickets x_(1)

Find the solution sets of the following inequations. 1ltx^2lt4 .

A bag contains 50 tickets numbered 1, 2, 3, .., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_1ltx_2ltx_3ltx_4ltx_5) find the probability that x_3=30 .

A bag contains 50 tickets numbered 1, 2, 3, .., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_1ltx_2ltx_3ltx_4ltx_5) find the probability that x_3=30 .

A bag contains 50 tickets numbered 1, 2, 3, .., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_1ltx_2ltx_3ltx_4ltx_5) find the probability that x_3=30.

A bag contains 50 tickets numbered 1,2,3..., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_zltx_2ltx_3ltx_4ltx_5) .="" the="" probability="" that="" x_3="30" (^(20)c_2)="" (^(50)c_5)="" (b)="" (^2c_2)="" (^(20)c_2x^(29)c_2)="" (d)="" none="" of="" these

A bag contains 50 tickets 1,2,3,...50 of which 5 are drawn at random and aranged in ascending order of their numbers x_(1) lt x_(2) lt x_(3) lt x_(4) lt x_(5) . Find the number of selections so that x_(3)=30

A bag contains 50 tickets numbered 1, 2, 3, .., 50 of which five are drawn at random and arranged in ascending order of magnitude (x_1