variable has the density curve whose equation is ? = 2x for 0 < ? < 1, and ? = 0 otherwise. a) Graph the density curve of this variable. b) Verify that the curve is a legitimate density curve. c) Determine the CDF function ?(? ≤ ?), that is, fine the area under this density curve to the left of any number x between 0 and 1.
variable has the density curve whose equation is ? = 2x for 0 < ? < 1, and ? = 0 otherwise. a) Graph the density curve of this variable. b) Verify that the curve is a legitimate density curve. c) Determine the CDF function ?(? ≤ ?), that is, fine the area under this density curve to the left of any number x between 0 and 1.
variable has the density curve whose equation is ? = 2x for 0 < ? < 1, and ? = 0 otherwise. a) Graph the density curve of this variable. b) Verify that the curve is a legitimate density curve. c) Determine the CDF function ?(? ≤ ?), that is, fine the area under this density curve to the left of any number x between 0 and 1.
variable has the density curve whose equation is ? = 2x for 0 < ? < 1, and ? = 0 otherwise.
a) Graph the density curve of this variable.
b) Verify that the curve is a legitimate density curve.
c) Determine the CDF function ?(? ≤ ?), that is, fine the area under this density curve to the left of any number x
between 0 and 1.
Expression, rule, or law that gives the relationship between an independent variable and dependent variable. Some important types of functions are injective function, surjective function, polynomial function, and inverse function.
