The Venn diagram of each situation is a diagrammatic way of representing what the situation stands for
<h3>How to make the Venn diagrams?</h3>
<u>Diagram 1: A ∩ B ∩ C</u>
This means that we shade all intersection points of the sets A, B and C
<u>Diagram 2: (A ∩ B) ∪ C</u>
This means that we shade the intersection points of the sets A and B and the whole of set C
<u>Diagram 3: A ∩ (B ∪ C)</u>
This means that we shade the where the set A intersects with the whole of sets B and C
<u>Diagram 4: (A ∩ B) \ C</u>
This means that we shade the intersection point of the sets A and B without shading any point on set C
<u>Diagram 5: (A\B) ∪ (B\C) ∪ (A\C)</u>
This means that we shade all set A without set B, all set B without set C and all set A without set C. In other words, we shade everything in the set without shading set C
See attachment for the diagrams
Read more about Venn diagrams at:
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Answer: There is 64.8% of females do not satisfy that requirement.
Step-by-step explanation:
Since we have given that
Mean = 998
Standard deviation = 202
We need to find the percentage of females do not satisfy that requirement.
If a college includes a minimum score of 1025 among its requirements,
So, it becomes,

Hence, there is 64.8% of females do not satisfy that requirement.
Multiply 6*33.8=202.8
There are 202.8 ounces in a bucket that holds 6 liters
The histogram will give the actual number of items in each interval. This is called the frequency.
The relative frequency histogram will give the percent of items that are in the interval out of the total possible number.
<u>Answer</u>
3
<u>Explanation</u>
Y varies directly as x
Y ∝ x Inserting constant of variation, k,
Y = kx
k = Y/x
= 18/6
= 3