How do you find the total area under the normal distribution
curve between, for example, -2.25...
How do you find the total area under the normal distribution
curve between, for example, -2.25 and 2.25? Listing steps on how to
solve this would be great. Thank you!!
Find the area under the curve of the normal distribution that is
in the following interval: -2.95 < Z < -2.00 Enter this
answer as a number rounded to four digits after the decimal point.
Do not use words.
Find the area under the standard normal distribution curve:
a) Between z = 0 and z = 1.95
b) To the right of z = 1.99
c) To the left of z = -2.09
How would I do this?
Find the area under the standard normal distribution curve:
a) Between z = 0 and z = 1.95
b) To the right of z = 1.99
c) To the left of z = -2.09
How would I do this?
(a) Given a standard normal distribution, find the area under
the curve that lies between
z = −0.48 and z = 1.74.
(b) Find the value of z if the area under a standard normal
curve between 0 and z, with
z > 0, is 0.4838.
(c) Given a normal distribution with μ = 30 and σ = 6, find the
two values of x that
contains the middle 75% of the normal curve area.
Find the indicated area under the curve of the standard normal
distribution; then convert it to a percentage and fill in the
blank.
About ________% of the area is between z = -3.5 and z = 3.5
(or within 3.5 standard deviations of the mean).
Given a standard normal distribution, find the area under the
curve that lies (a) to the right of z=1.25; (b) to the left of z=
-0.4; (c) to the left of z= 0.8; (d) between z=0.4 and z=1.3; (e)
between z= -0.3 and z= 0.9; and (f) outside z= -1.5 to z= 1.5.