This math topic focuses on applying the Pythagorean theorem to solve for the hypotenuse ('c') in right triangles when given integer values of the other two sides ('a' and 'b'). Questions require calculating the square of integers, finding the square root to determine the length of the hypotenuse, and choosing the correct answer from multiple options. This topic is designed to strengthen foundational knowledge in Pythagoras' theorem, specifically through the practice of deriving the hypotenuse from given sides in a variety of triangle configurations.
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Find the value of 'c' in this equation
Earned ?
Math worksheet on 'Pythagorean Equation from Variables - Length of Hypotenuse (Integer) (Level 2)'. Part of a broader unit on 'Pythagoras - Foundations' Learn online: app.mobius.academy/math/units/pythagoras_foundations/ |
Find the value of 'c' in this equation |
c = 17 |
c = 18 |
c = 21 |
c = 8 |
c = 15 |
c = 12 |
Find the value of 'c' in this equation |
c = 11 |
c = 20 |
c = 16 |
c = 21 |
c = 18 |
c = 28 |
Find the value of 'c' in this equation |
c = 5 |
c = 2 |
c = 8 |
c = 6 |
c = 4 |
c = 12 |
Find the value of 'c' in this equation |
c = 10 |
c = 15 |
c = 11 |
c = 13 |
c = 16 |
c = 14 |
Find the value of 'c' in this equation |
c = 5 |
c = 4 |
c = 2 |
c = 7 |
c = 12 |
c = 6 |
Find the value of 'c' in this equation |
c = 10 |
c = 13 |
c = 11 |
c = 12 |
c = 7 |
c = 5 |
Find the value of 'c' in this equation |
c = 20 |
c = 11 |
c = 17 |
c = 21 |
c = 16 |
c = 23 |