Suppose we drawa sample of observations: (X1, X2, X3,.. Each draw is independently and identically distributed. I'll refer to the distribution of each Xi as the "underlying distribution". In each situation below, what can we say about the distribution of the sample mean? Underlying distribution n-10
Underlying distribution is n-10
Underlying distribution is n-50
Underlying distribution is n-50

The highest common factor of 132 and 220

Will give brainliest sum of arithmetic series (sigma notation) find the numerical answer to the summation given below. (image shown below)

Asap for seven months an ice creams vendor collects data showing the number of cones sold a day (c) and the degrees above 70 degrees f the vendor finds that there is a positive linear association between c and t that is the best modeled by this equation c=3.7t+98 which statement is true? the model predicts that the average number of cones sold in a day is 3.7 the model predicts that the average number of cones sold i a day is 98 a model predicts that for each additional degree that the high temperature is above 70 degres f the total of number of cones sold increases by 3.7 the model predicts for each additional degree that the high temperature is above 70 degrees f the total number of cones sold increasingly by 98