A Z GEON IES W S X E Alt 45 G 6 U S WI (b) P(X5)= B H (c) P(2 X 5) = 4-3-2-1 f(5)=(5)(0.3) (0.7)0 5-4-3-2-1 5-4-3-2-1 N 3-2-1 F T M 0 S 2 2 J Alt Gr 000 Fast Charging Pri Sc JUL Ctrl = (c) f(2)= (a) f(0)- (0.9 (-)-1(1)(04665) = (b) f(1)-( 8 )(0,4) (6) = 6 (-4) (07776) = (2) (0,4) (16) 4 -= 15 (16) (. 12 96) - (d) f(3)-2) (04) (6) = 20 (-064) ( 216) = 79 (0.4) (6) = 15 (0256)(-36) = (1) f(5)-(~) (-4) 5 (- 6) = 6 (01024) (-6) = (e) f(4)= Pause Br Pg Up FHD 14" FHD IPS Display with Narrow Bezel Design Swift 3 0.3602 (0.027)(0.49)=10(0.01323)-0.13230 2 0.3087 (0.0081)(0.7) =5(0.00567)=0.0284 3 0.1323 (0.00243) 1-1(0.00243)-0.00243 4 0.0284 5 0.0024 (4 Long Battery Life 16 Math 1600 Laboratory Assignment #8 Computing Binomial Probabilities Name Trace Van Guilder If X is a binomial random variable with parameters n and p, the probability distribution of X is given by f(k)=P(X=k)=(pq-k for k=0, 1,...,n where q=1 - p. 5 Example: Suppose n = 5 and p = 0.3. Then q = 1 - p=0.7, f(k