This math topic involves practicing the identification and use of Pythagorean triples, which are sets of three positive integers that fit the formula \(a^2 + b^2 = c^2\), describing the side lengths of a right triangle. The focus is on finding different combinations of side lengths that satisfy this condition. Each question provides a scenario and several possible integer side lengths, challenging students to determine which sets can accurately represent the sides of a right triangle. This type of problem helps to deepen understanding of the Pythagorean Theorem and its applications in geometry.
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Find another set of integer side lengths for a right triangle
Math worksheet on 'Pythagorean Triples - Example to Set of Side Lengths (Level 3)'. Part of a broader unit on 'Pythagoras - Practice' Learn online: app.mobius.academy/math/units/pythagoras_practice/ |
Find another set of integer side lengths for a right triangle |
19, 68, 77 |
18, 73, 74 |
24, 68, 79 |
21, 72, 75 |
19, 68, 79 |
22, 71, 72 |
Find another set of integer side lengths for a right triangle |
10, 24, 26 |
6, 22, 25 |
7, 19, 29 |
5, 19, 23 |
9, 19, 30 |
3, 8, 10 |
Find another set of integer side lengths for a right triangle |
10, 24, 26 |
6, 19, 23 |
1, 23, 29 |
6, 24, 27 |
7, 25, 25 |
5, 21, 25 |
Find another set of integer side lengths for a right triangle |
17, 31, 33 |
18, 32, 33 |
10, 36, 36 |
14, 27, 33 |
16, 30, 34 |
20, 29, 36 |
Find another set of integer side lengths for a right triangle |
14, 48, 50 |
16, 45, 45 |
10, 47, 52 |
8, 43, 45 |
10, 48, 50 |
14, 45, 52 |
Find another set of integer side lengths for a right triangle |
18, 41, 43 |
17, 50, 52 |
12, 45, 47 |
14, 48, 50 |
10, 45, 52 |
11, 45, 48 |
Find another set of integer side lengths for a right triangle |
26, 45, 55 |
22, 45, 50 |
26, 47, 50 |
24, 45, 51 |
22, 40, 53 |
25, 49, 49 |