Question 5. Consider a binomial experiment with n=10 and p = 0.10. Use the binomial tables...
at VHU SUCCESS. e. Find the expected value, variance, and standard deviation. 10. Consider a binomial experiment with n = 10 and p = 0.10. Use the binomial tables (Appendix B) to answer parts (a) through (d). a. Find f(0). b. Find f(2). Find P(x < 2). Find Par > 1). e. Find E(x). f. Find Var(x) and o.
Consider a binomial experiment with n = 8 and P=0.30. a. Compute the probability of two successes P(2). b. Compute the probability of three successes P(3). c. Compute the probability of at least four successes P(x> 4). d. Compute the probability of two or fewer successes P(x < 2). e. Compute the mean E(x). f. Compute the variance and standard deviation Var(x) and 0.
33. Consider a binomial experiment with n 5 20 and p 5 .70. PLEASE SHOW ANSWERS AND FORMULAS IN EXCEL a. Compute f(12). b. Compute f(16). c. Compute P(x $16). d. Compute P(x #15). e. Compute E(x). f. Compute Var(x)
Consider a binomial experiment with n = 9 and p = 0.2. a. Compute f(0) (to 4 decimals). f(0) = b. Compute f(7) (to 4 decimals). f(7) = c. Compute P(x < 4) (to 4 decimals). P(x < 4) = d. Compute P(x > 1) (to 4 decimals). P(x > 1) = e. Compute E(x) (to 1 decimal). E(x) = f. Compute Var(2) and o. Var(x) = (to 2 decimals) (to 2 decimals)
Consider a binomial experiment with n=11 and p=0.3. a. Compute f(0) (to 4 decimals). f(0) = b. Compute f(6) (to 4 decimals). f(6)=1 C. Compute P(x <4) (to 4 decimals). Per < 4) = d. Compute P(x > 3) (to 4 decimals). P(x > 3) = e. Compute E(c) (to 1 decimal). E(x) = f. Compute Var(x) and o. Var(x) = (to 2 decimals) o= (to 2 decimals)
Consider a binomial experiment with n-12 and p 0.2. a. Compute f (0) (to 4 decimals). f(0) b. Compute f(8) (to 4 decimals) f(8) C. Compute P(z 〈 2) (to 4 decimals). d. Compute P(x 2 1) (to 4 decimals). P( 21) e. Compute E(x) (to 1 decimal) E(x) f. Compute Var(z) and σ. Var(x) - (to 2 decimals) (to 2 decimals)
Problems 95 Consider a binomial experiment with 2 trials and p = 0.4. a. Compute the probability of 1 success, f(1). b. Compute f(0). Compute f(2). Find the probability of at least one success. e. Find the expected value, variance, and standard deviation.
Suppose a random variable, x, arises from a binomial experiment. If n = 14, and p = 0.13, find the following probabilities using the binomial formula. a.) P( x = 5) b.) P( x = 8) c.) P( x = 12) d.) P( x ≤ 4) e.) P( x ≥ 8) f.) P( x ≤12)
Consider a binomial experiment with n = 7 trials where the probability of success on a single trial is p = 0.10. (Round your answers to three decimal places.) (a) Find P(r = 0). (b) Find P(r ≥ 1) by using the complement rule.
Consider a binomial experiment with n = 9 trials where the probability of success on a single trial is p = 0.10. (Round your answers to three decimal places.) (a) Find P(r = 0). (b) Find P(r ≥ 1) by using the complement rule.