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Geometry Special Quadrilaterals Name: Sanje Pollard Date: 4/15/26 Directions: Show all work in the spaces provided as you answer each of the questions that follow. Part 1: Rectangles Given that quadrilateral \( F G H I \) is a rectangle, complete each of the following. 1. If \( m \angle 1=3 x-7 \) and \( m \angle 2=x+41 \), then \( x= \) \( \_\_\_\_ \) 14 and \( m \angle 4= \) \( \_\_\_\_ \) \( 55^{\circ} \) . 2. If \( I F=8 y-5 \) and \( G H=3 y+20 \), then \( y= \) \( \_\_\_\_ \) 5 . 3. If \( m \angle 1=2 x+1 \) and \( m \angle 4=33 \), then \( x= \) \( \_\_\_\_ \) 28 and \( m \angle 3= \) \( \_\_\_\_ \) \( 33^{\circ} \) . 4. If \( I G=8 x-7 \) and \( F H=6 x+31 \), then \( x= \) \( \_\_\_\_ \) 19 . 5. If \( m \angle 3=4 x-12 \) and \( m \angle 4=2 x+10 \), then \( x= \) \( \_\_\_\_ \) 11 \( m \angle 4= \) \( \_\_\_\_ \) \( 32^{\prime} \) and \( m \angle 1= \) \( \_\_\_\_ \) \( 58^{\circ} \) . 6. If \( F G=4 x-3, G H=2 x+1 \), and the perimeter of \( F G H I \) is 80 cm , then \( x= \) \( \_\_\_\_ \) and \( G H= \) \( \_\_\_\_ \) 15 . 7. If \( F H=9 x-14 \) and \( I R=x+14 \), then \( x= \) \( \_\_\_\_ \) 2 and \( F R= \) \( \_\_\_\_ \) 2 . 8. If \( F G=12 \mathrm{~cm} \), and \( F H=15 \mathrm{~cm} \), then \( G H= \) \( \_\_\_\_ \) 9 cm , and the perimeter of ? FGHI = \( \_\_\_\_ \) 42 cm.

          Geometry
Special Quadrilaterals

Name: Sanje Pollard
Date: 4/15/26

Directions: Show all work in the spaces provided as you answer each of the questions that follow.
Part 1: Rectangles
Given that quadrilateral \( F G H I \) is a rectangle, complete each of the following.
1. If \( m \angle 1=3 x-7 \) and \( m \angle 2=x+41 \), then \( x= \) \( \_\_\_\_ \) 14 and \( m \angle 4= \) \( \_\_\_\_ \) \( 55^{\circ} \) .
2. If \( I F=8 y-5 \) and \( G H=3 y+20 \), then
\( y= \) \( \_\_\_\_ \) 5 .
3. If \( m \angle 1=2 x+1 \) and \( m \angle 4=33 \), then \( x= \) \( \_\_\_\_ \) 28 and \( m \angle 3= \) \( \_\_\_\_ \) \( 33^{\circ} \) .
4. If \( I G=8 x-7 \) and \( F H=6 x+31 \), then \( x= \) \( \_\_\_\_ \) 19 .
5. If \( m \angle 3=4 x-12 \) and \( m \angle 4=2 x+10 \), then \( x= \) \( \_\_\_\_ \) 11 \( m \angle 4= \) \( \_\_\_\_ \) \( 32^{\prime} \) and \( m \angle 1= \) \( \_\_\_\_ \) \( 58^{\circ} \) .
6. If \( F G=4 x-3, G H=2 x+1 \), and the perimeter of \( F G H I \) is 80 cm , then \( x= \)
\( \_\_\_\_ \) and \( G H= \) \( \_\_\_\_ \) 15 .
7. If \( F H=9 x-14 \) and \( I R=x+14 \), then \( x= \) \( \_\_\_\_ \) 2 and \( F R= \) \( \_\_\_\_ \) 2 .
8. If \( F G=12 \mathrm{~cm} \), and \( F H=15 \mathrm{~cm} \), then \( G H= \) \( \_\_\_\_ \) 9 cm , and the perimeter of ? FGHI = \( \_\_\_\_ \) 42 cm.
        
Show more…
Geometry
Special Quadrilaterals

Name: Sanje Pollard
Date: 4/15/26

Directions: Show all work in the spaces provided as you answer each of the questions that follow.
Part 1: Rectangles
Given that quadrilateral F G H I is a rectangle, complete each of the following.
1. If m ∠ 1=3 x-7 and m ∠ 2=x+41, then x=  14 and m ∠ 4=  55^∘ .
2. If I F=8 y-5 and G H=3 y+20, then
y=  5 .
3. If m ∠ 1=2 x+1 and m ∠ 4=33, then x=  28 and m ∠ 3=  33^∘ .
4. If I G=8 x-7 and F H=6 x+31, then x=  19 .
5. If m ∠ 3=4 x-12 and m ∠ 4=2 x+10, then x=  11 m ∠ 4=  32^' and m ∠ 1=  58^∘ .
6. If F G=4 x-3, G H=2 x+1, and the perimeter of F G H I is 80 cm , then x=
 and G H=  15 .
7. If F H=9 x-14 and I R=x+14, then x=  2 and F R=  2 .
8. If F G=12  cm, and F H=15  cm, then G H=  9 cm , and the perimeter of ? FGHI =  42 cm.

Added by Joel W.

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Geometry Special Quadrilaterals Name: Sanje Pollard Date: 4/15/26 Directions: Show all work in the spaces provided as you answer each of the questions that follow. Part 1: Rectangles Given that quadrilateral \( F G H I \) is a rectangle, complete each of the following. 1. If \( m \angle 1=3 x-7 \) and \( m \angle 2=x+41 \), then \( x= \) \( \_\_\_\_ \) 14 and \( m \angle 4= \) \( \_\_\_\_ \) \( 55^{\circ} \) . 2. If \( I F=8 y-5 \) and \( G H=3 y+20 \), then \( y= \) \( \_\_\_\_ \) 5 . 3. If \( m \angle 1=2 x+1 \) and \( m \angle 4=33 \), then \( x= \) \( \_\_\_\_ \) 28 and \( m \angle 3= \) \( \_\_\_\_ \) \( 33^{\circ} \) . 4. If \( I G=8 x-7 \) and \( F H=6 x+31 \), then \( x= \) \( \_\_\_\_ \) 19 . 5. If \( m \angle 3=4 x-12 \) and \( m \angle 4=2 x+10 \), then \( x= \) \( \_\_\_\_ \) 11 \( m \angle 4= \) \( \_\_\_\_ \) \( 32^{\prime} \) and \( m \angle 1= \) \( \_\_\_\_ \) \( 58^{\circ} \) . 6. If \( F G=4 x-3, G H=2 x+1 \), and the perimeter of \( F G H I \) is 80 cm , then \( x= \) \( \_\_\_\_ \) and \( G H= \) \( \_\_\_\_ \) 15 . 7. If \( F H=9 x-14 \) and \( I R=x+14 \), then \( x= \) \( \_\_\_\_ \) 2 and \( F R= \) \( \_\_\_\_ \) 2 . 8. If \( F G=12 \mathrm{~cm} \), and \( F H=15 \mathrm{~cm} \), then \( G H= \) \( \_\_\_\_ \) 9 cm , and the perimeter of □ FGHI = \( \_\_\_\_ \) 42 cm.
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