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A missile is fired and a radar on the ground shows that the missile follows the law of movement · (v₁²³ +25° r(t) = vt² arctan Answer what is proposed below: (A)) Find the speed, acceleration and shaking of the missile. (B) Find the curvature and torsion of the missile trajectory in t = 2 (C) Find the mobile frame (T, N, B) in t = 1. (D) What is the length of the path traveled by the missile from its launch in t= 0 to its impact in t=10

A missile is fired and a radar on the ground shows that the missile follows the law of movement · (v₁²³ +25° r(t) = vt² arctan Answer what is proposed below: (A)) Find the speed, acceleration and shaking of the missile. (B) Find the curvature and torsion of the missile trajectory in t = 2 (C) Find the mobile frame (T, N, B) in t = 1. (D) What is the length of the path traveled by the missile from its launch in t= 0 to its impact in t=10

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A missile is fired and a radar on the ground shows that the missile follows the law of movement r(t) = 5 (V₁² +25' VP² +25² arctan ¹). Answer what is proposed below: (A)) Find the speed, acceleration and shaking of the missile. (B) Find the curvature and torsion of the missile trajectory in t = 2 (C) Find the mobile frame (T, N, B) in t = 1. (D) What is the length of the path traveled by the missile from its launch in t = 0 to its impact in t=10
Transcribed Image Text:A missile is fired and a radar on the ground shows that the missile follows the law of movement r(t) = 5 (V₁² +25' VP² +25² arctan ¹). Answer what is proposed below: (A)) Find the speed, acceleration and shaking of the missile. (B) Find the curvature and torsion of the missile trajectory in t = 2 (C) Find the mobile frame (T, N, B) in t = 1. (D) What is the length of the path traveled by the missile from its launch in t = 0 to its impact in t=10
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