The correct answer would be option A.
The maximum value of the Temperatures in August is greater than the median of the July Temperatures. The box plot only gives us the idea about the distribution/spread of the data. It does not highlight the frequency of the values in the data set.
It is possible that the maximum temperature in August occurs on a lot many days. As a result the mean temperature will be higher. Similarly, the lower temperature in July can occur more frequently. So this is possible that mean temperature in August is higher than that of July.
Chances are more that the mean temperature in July was higher, but there is a possibility of the mean temperature to be higher in August. So we can not conclude about the means by surety.
Therefore, option A is the correct answer
Answer:
B. a reflection across X axis and then a dilation by a scale factor of 1.5
Step-by-step explanation:
As clear from the graph all the coordinates of image 2 are 1.5 times of image 1 so shape 2 is dilated by the scale factor 1.5.
It is evident from the graph that lines AO and A"O"are parallel to each other so shape 2 is the reflection of shape 1.
Now we calculate the magnitude of line AB
m1 = (y2-y1)/(x2-x1)
=(-3+6)/(-4.5=9)
=3/4.5
=1/1.5
=2/3
Next we calculate magnitude m2 of A"B"
m2= (2-4) /(-3+6)
=(-2/3)
Then we know Tan(180-∅) = -tan∅
similarly if m1=(-m2)
then the one line having magnitude m2 is the rotated image through X axis by 180° of the line having magnitude m1.
So the answer is B.
5,400 is the answer to the question that you have asked
C) Y=-x where y(2) is the opposite of of x(-2)
