The event of getting a number less than or equal to 6 is a  A) base event  B) element  C) possible event  D) sure event

Correct Answer - B By talking different values of a & k. options (B) is possible.

Correct option is (D) {2}

Correct option is: C) +1 Sure event is an event that is surely to happen. Also, the probability of sure event is 1.

Correct option is: A) 1 \(\because\) P is probability of any event of random experiment. \(\therefore\) 0 \(\leq\) P \(\leq\) 1  But given that \(K_1\) \(\leq\) P \(\leq\) \(K_2\) \(\therefore\) 0 \(\leq\) \(K_1\) \(\leq\) P \(\leq\)  \(K_2\) \(\leq\) 1 \(\therefore\) Possible maximum value of \(K_2\) is 1  and possible least value of \(K_1\) is 0. \(\therefore\) Possible maximum \(K_2\) + possible least value of \(K_1\) = 1 +...

Correct option is: D) sure event When a dice is rolled the possible outcomes are {1, 2, 3, 4, 5, 6} Total No of outcomes is n (S) = 6 Total No of numbers...

Correct option is: D) 1 The probability of a sure event is 1.

Correct option is: C) Atiya \(\because\) Probability of an impossible event is 0 \(\neq\) 1. Hence, the statement of Gita is wrong. Also, probability of a sure event is 1 \(\neq\) 0 Hence, the statement of Pravallika is wrong. Since, 0 \(\leq\) P \(\leq\) 1,...

Correct Answer - A The element which present just below the given element will have outermost electromic configuration as `4s^(2) 4p^(3),` so its full electronic configuration is `1s^(2),2s^(2),2p^(6),3s^(2)3p^(6),4s^(2), 3d^(10), 4p^(3)` and...