With what the picture of the paper????
 
        
        
        
The missing coordinates of the parallelogram is (m + h, n).
Solution:
Given shape is a parallelogram.
Construction: Draw a line joining the diagonals.
<em>In parallelogram, diagonals bisect each other.</em>
Solve it using mid-point formula:

Here 


Using this midpoint find the missing coordinate.

Let the missing coordinates by x and y.
Here 



Now equate the x-coordinates and y-coordinates.

Multiply by 2 on both sides of the equation, we get
m + h = x, n = y
x = m + h and y = n
Hence the missing coordinates of the parallelogram is (m + h, n).
 
        
             
        
        
        
Answer:
Step-by-step explanation:
27^x = 9÷(3^x)
So (3^3)^x = (3^2)÷(3^x)
So 3^3x = 3^(2-x)
Comparing powers on both sides,
3x = 2 - x
So, 4x = 2
So, x = 1/2
Given ( 27 ) ^ x = 9 / 3 ^x
⇒ ( 3 × 3 × 3 )^x = ( 3 × 3 ) / 3^x
⇒ ( 3 ³ )^x = 3² / 3^x
⇒  3 ^ 3x × 3^x = 3²            [ since  ( a ^m)^n = a ^mn ]
⇒ 3^ (3x +x) = 3²                [ since a^m × a^n = a ^m+n ]
⇒ 3^4x = 3²
⇒4x = 2                      [ since  If a ^m = a ^n then m = n ]
⇒ x = 2 / 4
  ∴ x = 1 / 2
I hope this helps you.
 
        
             
        
        
        
Congruent distance is a term used for distance with equal measurements. EA and EB are congruent; FA and FB are also congruent
I've added as an attachment, the image of the complete question.
From the attached image of the circles, we have the following observations
- Points A and B are at the centers of both circles
- Point E is at the exact point of intersection of both circles
- Point F is also at the exact point of intersection of both circles (opposite point E).
These observations mean that:
- The distance from A to E and B to E are the equal (congruent)
- The distance from A to F and B to F are the equal (congruent)
Hence, 
- <em>Distance EA and distance EB are congruent;</em>
- <em>Distance FA and distance FB are congruent;</em>
Read more about circles at:
brainly.com/question/11833983