●
Lower: the lower bound of the condence interval for the slope
●
Upper: the upper bound of the condence interval for the slope
LinRegrTConfSlope(List1, List2, C-value)
Example:
LinRegrTConfSlope({1,2,3,4},{3,2,0,-2},0.95) returns {0.95, 4.302..., 2, -1.7, 0.1732...,
-2.445..., -0.954...}
LinRegrTConfInt
The linear regression condence interval for the intercept. Given a list of explanatory variable data (X), a list
of response variable data (Y), and a condence level, returns a list containing the following values in the order
shown:
●
C: the given condence level
●
Critical T: the value of t associated with the given condence level
●
DF: the degrees of freedom
●
β
0
: the intercept of the linear regression equation
●
serrInter: the standard error of the intercept
●
Lower: the lower bound of the condence interval for the intercept
●
Upper: the upper bound of the condence interval for the intercept
LinRegrTConfInt(List1, List2, C-value)
Example:
LinRegrTConfInt({1, 2, 3, 4}, {3, 2, 0, - 2},0.95) returns {0.95, 4.302..., 2, 5,
0.474..., 2.959..., 7.040...}
LinRegrTMean-Resp
The linear regression condence interval for a mean response. Given a list of explanatory variable data (X), a
list of response variable data (Y), an X-value, and a condence level, returns a list containing the following
values in the order shown:
●
X: the given X-value
●
C: the given condence level
●
DF: the degrees of freedom
●
Ŷ: the mean response for the given X-value
●
serr Ŷ: the standard error of the mean response
●
serrInter: the standard error of the intercept
●
Lower: the lower bound of the condence interval for the mean response
●
Upper: the upper bound of the condence interval for the mean response
LinRegrTMeanResp(List1, List2, X-value, Cvalue)
Example:
408 Chapter 22 Functions and commands
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