This math topic focuses on applying the Pythagorean theorem to find the missing side of a right triangle, displayed in decimal form. Each problem presents a triangle with one side length missing, requiring the use of the theorem to solve for it. These problems serve as a practical application of understanding Pythagorean triples and their relationship within right-angled triangles.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
morePythagorean Triples - Either Missing Length Worksheet
| Math worksheet on 'Pythagorean Triples - Either Missing Length (Level 2)'. Part of a broader unit on 'Pythagoras - Practice' Learn online: app.mobius.academy/math/units/pythagoras_practice/ |
1
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| p=11 |
b
| p=13 |
c
| p=10 |
d
| p=16 |
e
| p=14 |
f
| p=12 |
2
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| d=23 |
b
| d=192 |
c
| d=11 |
d
| d=20 |
e
| d=17 |
f
| d=28 |
3
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| y=18 |
b
| y=8 |
c
| y=16 |
d
| y=20 |
e
| y=13 |
f
| y=21 |
4
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| z=17 |
b
| z=14 |
c
| z=26 |
d
| z=19 |
e
| z=20 |
f
| z=375 |
5
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| m=18 |
b
| m=15 |
c
| m=13 |
d
| m=17 |
e
| m=108 |
f
| m=12 |
6
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| z=16 |
b
| z=11 |
c
| z=14 |
d
| z=15 |
e
| z=17 |
f
| z=13 |
7
| Find the length of the missing side as a decimal value based on the Pythagorean theorem |
a
| m=22 |
b
| m=25 |
c
| m=24 |
d
| m=23 |
e
| m=35 |
f
| m=300 |