26 is the number of the parallelograms that fall into the category A U B. In this universal set, you must likely to find 26 parallelograms that fall into the category A U B. With 4 congruent sides and four congruent angles in set A and B we can see 26 parallelograms that fall into the category A U B.
        
                    
             
        
        
        
Answer:
Step-by-step explanation:
= 19 R 15
= 19 15/17
338 divided by 17 equals
19 with a remainder of 15
Solution:
    0	1	9
1	7	{3	3	8
  −	{0    
    3	3  
  −	1	7  
    1	6	8
  −	1	5	3
      1	5
⊂_ヽ
  \\ _
     \( •_•) F
    < ⌒ヽ A
   /   へ\ B
   /  / \\ U
   レ ノ   ヽ_つ L
  / / O
  / /| U
 ( (ヽ S
 | |、\
 | 丿 \ ⌒)
 | |  ) /
`ノ )  Lノ
 
        
                    
             
        
        
        
This problem is currently unsolvable as we do not know if the semi-circle has a radius of 31 or 19.
        
             
        
        
        
Answer:
If all three sides of a right triangle have lengths that are integers, it is known as a Pythagorean triangle. In a triangle of this type, the lengths of the three sides are collectively known as a Pythagorean triple. Examples include: 3, 4, 5; 5, 12, 13; 8, 15, 17, etc.