If the lengths of the three sides of △ ABC are M2-1, 2m, M2 + 1 (M > 1), then the degree of the largest angle is______ ．

∵ (M2-1) 2 + (2m) 2 = m4-2m2 + 1 + 4m2 = M4 + 2M2 + 1, (M2 + 1) 2 = M4 + 2M2 + 1, ∵ (M2-1) 2 + (2m) 2 = (M2 + 1) 2, ∵ this triangle is a right triangle, and the degree of the largest angle is 90 degrees

RELATED INFORMATIONS

1. If the three sides of triangle ABC are the square of M minus 1,2m, and the square of m plus 1, the maximum angle is
2. The two equations of X (M + 5) * 2 - (2m-5) + M-8 = 0, (1) find the value of M; (2) find the length of three sides of triangle ABC Sorry, the last question is wrong, now add. Thank you, you master! It is known that ⊿ ABC, a, B and C are the opposite sides of ⊿ A and ⊿ B ⊿ C (a > b) of triangle ABC, and a ^ 2 + B ^ 2 = C ^ 2. Sina and AINb are two of the equations (M + 5) x ^ 2 - (2m-5) x + M-8 = 0 of X respectively, (1) find the value of M; (2) find the length of three sides of ⊿ ABC
3. In △ ABC, the lengths of edges a, B and C are M2 + m + 1, 2m + 1 and M2-1 respectively. Find the maximum angle of the triangle
4. If the three sides of the triangle ABC are m2-1,2m, M2 + 1, the maximum angle is If the three sides of the triangle ABC are m square - 1,2m, m square + 1, then the maximum angle is ()
5. If the three sides of the triangle are 3, 1-2a and 8, then the value range of a is () A. - 6 ＜ a ＜ - 3B. - 5 ＜ a ＜ - 2C. 2 ＜ a ＜ 5D. A ＜ - 5 or a ＞ - 2
6. If the point m (1 + A, 2A + 2) is in the third quadrant, the value range of a is obtained It's a process
7. Given the point m (1-A, 2A + 2), if the symmetric point of point m about X axis is in the third quadrant, then the value range of a is in the third quadrant______ ．
8. What is the value range of SiNx + cosx?
9. The value of M which makes cosx = 1-m meaningful is () A. M ≥ 2B. M ≤ 0C. 0 ≤ m ≤ 2D. M < - 1 or M > 1
10. Cos x ≤ 1 / 4, find the value range of X
11. In the isosceles triangle ABC, D is the midpoint of BC, de ⊥ AB, DF ⊥ AC, and the perpendicular feet are e and f respectively （1）△BDE≌△CDF (2) When ∠ A is equal to what degree, Quad AEDF is square? Prove your conclusion Point D is on BC, and a is the vertex angle
12. As shown in the figure, △ ABC, ab = 9, AC = 6, ad ⊥ BC at point D, M is any point on ad, then the value of mb2-mc2 is______ ．
13. In △ ABC, ∠ C = 90 °, if B = m, ∠ a = 30 °, then a =, C=
14. In △ ABC, ∠ C = 90 ° if side length a = M & # 178; - N & # 178;, C = M & # 178; + n & # 178; (M > n > 0), then B=
15. In △ ABC, ∠ C = 90 ° if C = M & # 178; + n & # 178;, B = M & # 178; - N & # 178; (M > 0, n > 0), then a =?
16. When an object moves in a straight line with uniform speed change, the displacement in the third second is 15 m, the displacement in the eighth second is 5 m, and the acceleration is - 2 m per square second I solved 19 meters per second, but the answer was 20 meters per second. I used the calculator to verify it countless times. I don't know what's wrong PS: the acceleration is added after I calculate it. If you have any questions, you can calculate the acceleration according to the conditions
17. For an object moving in a straight line, the average speed of the first half of the displacement is 3m / s, and the average speed of the second half is 2m / s. then the average speed of the whole process is? Please explain why, not just a formula, answer, I want to know how to calculate
18. The average speed of the first step is 2m / s, and that of the second half is 3m / s. what is the average speed of the whole process
19. The initial velocity is 2 m / s and the acceleration is 1 m / S 2 What is the displacement of the particle in 5S?
20. The acceleration of an object a = 0.5m/s when it moves in a straight line with uniform acceleration at initial velocity V0 = 5m / s 1. Find the speed at the beginning of the fifth second 2. Average speed in the first three seconds