Two theaters show the premiere of a new movie. the table shows the number of people who saw the movie each day during its opening week. based on this information, which conclusion is true?

Option A

Step-by-step explanation:

For comparing the MADs of both data sets we have to calculate MADs of both data sets.

So for theater 1:

Mean for Theater 1=x1=  (250+235+259+255+216+225+212)/7

=1652/7

=236

The deviations will be as follows: (Note: the negative signs will be ignored as the distance from mean cannot be negative.

|250-236|= |14|=14  

|235-236|= |-1|=1  

|259-236|= |23|=23  

|255-236|= |19|=19  

|216-236|= |-20|=20  

|225-236|= |-11|=11  

|212-236|= |-24|=24  

Mean Absolute Deviation for theater 1=(14+1+23+19+20+11+24)/7

=112/7

=16

For Theatre 2:

Mean for Theater 2=x2=  (253+241+216+222+237+248+256)/7

=1673/7

=239

The deviations will be as follows: (Note: the negative signs will be ignored as the distance from mean cannot be negative.

|253-239|= |14|=14  

|241-239|= |2|=2  

|216-239|= |-23|=23  

|222-239|= |-17|=17  

|237-239|= |-2|=2  

|248-239|= |9|=9  

|256-239|= |17|=17  

Mean Absolute Deviation for theater 2=(14+2+23+17+2+9+17)/7

=84/7

=12

As we can see that the mean absolute deviation for data of theater 1 is greater than the mean absolute deviation of data of theater 2. So Option A is correct ..

absor is wrong its not A i have no idea what it is just know its not A

Step-by-step explanation:

answer: it's d

step-by-step explanation: