Answer:
Part A:
-Minimum: 10
-Q1: 17.5
-Median: 30
-Q3: 42.5
-Maximum: 50
Step-by-step explanation:
Part B: IQR= 25
This shows that the data varies for 25 different numbers. That HALF of the data is between 25 numbers.
Part C: Using a box-and-whisker plot you can interpret the different values. Minimum is the first dot (10), connected to the first line (Q1 which is 17.5), connected by a box to the median (30), connected by a box to the third line (Q3 which is 42.5), connected to the last dot which is the maximum (50). And IQR is Q3-Q1, so 42.5-17.5 which is 25.
The answer a I believe so.
Answer:
Step-by-step explanation:
There are 3 possibilities for the graph as shown in the figure.
(a) having zero intersection
(b) having one intersection point (touching point)
(c) having two intersection points.
So, the greatest possible number of intersections for these graphs is 2 as shown in figure (c).
I have no clue if I even did this right but here’s my work. I don’t wanna get it wrong for you!
Answer:
5 5/8
Step-by-step explanation:
9 = 9/1
so 9 x 5/8 = 9/1 x 5/8
you could quickly make it 45/8 or make it 9x5/1x8
45/8 is improper so you have to see which multiple of 8 is the highest without exceeding the numerator
40 is the closest and it is 8x5 so 5 will be the integer.
there are 5 leftover so 5 is also the numerator
and the denominator stays 8 as there is no further simplifying
so, the answer is 5 5/8