1- if the area under a standard normal curve to the left of z is 0.1131, then the value of z is.

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answer the following, also use the attached table A3 if needed:
1- if the area under a standard normal curve to the left of z is 0.1131, then the value of
z is.
2- Given a discrete Binomial distribution with n = 5, q = 1/4. The probability of P(X=2)
is.
3- Given a discrete Binomial distribution with n = 5, p = 3/4. The probability of P(X≤2)
is.
4- Given a standard normal distribution, if P (−0.93 < Z < k) =0.7235. then value of k is.
5- Given a normal distribution with μ = 25 and σ = 4, the area under the normal curve
between x1 = 32 and x2= 38 is.
6- Given a standard normal distribution, find the value of k such that P (Z > k) =0.2946.
7- Given a standard normal distribution, find the area under the curve that lies between
z = −0.48 and z =1.74 is.

Q6/ answer the following, also use the attached table A3 if needed:
1- if the area under a standard normal curve to the left of z is 0.1131, then the value of
z is.
2- Given a discrete Binomial distribution with n = 5, q = 1/4. The probability of P(X=2)
is.
3- Given a discrete Binomial distribution with n = 5, p = 3/4. The probability of P(X<2)
is.
4- Given a standard normal distribution, if P (-0.93 < Z < k) =0.7235. then value of k is.
5- Given a normal distribution with u = 25 and o = 4, the area under the normal curve
between x1 = 32 and x2= 38 is.
6- Given a standard normal distribution, find the value of k such that P (Z > k) =0.2946.
7- Given a standard normal distribution, find the area under the curve that lies between
z = -0.48 and z =1.74 is.
Transcribed Image Text:Q6/ answer the following, also use the attached table A3 if needed: 1- if the area under a standard normal curve to the left of z is 0.1131, then the value of z is. 2- Given a discrete Binomial distribution with n = 5, q = 1/4. The probability of P(X=2) is. 3- Given a discrete Binomial distribution with n = 5, p = 3/4. The probability of P(X<2) is. 4- Given a standard normal distribution, if P (-0.93 < Z < k) =0.7235. then value of k is. 5- Given a normal distribution with u = 25 and o = 4, the area under the normal curve between x1 = 32 and x2= 38 is. 6- Given a standard normal distribution, find the value of k such that P (Z > k) =0.2946. 7- Given a standard normal distribution, find the area under the curve that lies between z = -0.48 and z =1.74 is.
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