MATH 2415-301 Exam II Review Problems 1. Find parametric equations for the tangent line to the curve with parametric e = t cos t, y = t, z = tsint; (T, T, 0) 2. Find the arc length of r(t) = i+tj + 2tk on 1, 2. 3. Find the arc lenght of one turn of the helix r(t) = (cos t) i + (sint)j+tk. particle that moves along the 4. Find the velocity, speed, and acceleration of a t t (t) (2 sin)i+(2 cos )j at t 2 5. Find the unit tangent and the principal unit normal vectors for the h (2 cos t) i+(2 sin t) j+tk. r(t) 6. Find the curvature of r(t) = ti+ t2j + t k. 7. Find the curvature of the plane y = cos(r) + e2 at r 0. 8. Find the maximum curvature of y In x. hac cunvedune, hec eluriv 9. Find the tangential component ar and normal component aN for the cu r(t) 3ti tj+tk. 10. Let a(t) 2t i + e'j+ cos (t) k denote the acceleration of a moving pa i+2j- k, find the particle's velocity v(t) at any time t. v(0) M (a) Find the domain of f(x, y) V2- In(-1) (b) Sketch the graph of f(x, y) =6-x-2y.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 53E
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MATH 2415-301
Exam II Review Problems
1. Find parametric equations for the tangent line to the curve with parametric e
= t cos t, y = t, z = tsint; (T, T, 0)
2. Find the arc length of r(t) = i+tj + 2tk on 1, 2.
3. Find the arc lenght of one turn of the helix r(t) = (cos t) i + (sint)j+tk.
particle that moves along the
4. Find the velocity, speed, and acceleration of a
t
t
(t) (2 sin)i+(2 cos )j at t
2
5. Find the unit tangent and the principal unit normal vectors for the h
(2 cos t) i+(2 sin t) j+tk.
r(t)
6. Find the curvature of r(t) = ti+ t2j + t k.
7. Find the curvature of the plane y = cos(r) + e2 at r
0.
8. Find the maximum curvature of y In x. hac cunvedune, hec
eluriv
9. Find the tangential component ar and normal component aN for the cu
r(t) 3ti tj+tk.
10. Let a(t)
2t i + e'j+ cos (t) k denote the acceleration of a moving pa
i+2j- k, find the particle's velocity v(t) at any time t.
v(0)
M (a) Find the domain of f(x, y)
V2-
In(-1)
(b) Sketch the graph of f(x, y) =6-x-2y.
Transcribed Image Text:MATH 2415-301 Exam II Review Problems 1. Find parametric equations for the tangent line to the curve with parametric e = t cos t, y = t, z = tsint; (T, T, 0) 2. Find the arc length of r(t) = i+tj + 2tk on 1, 2. 3. Find the arc lenght of one turn of the helix r(t) = (cos t) i + (sint)j+tk. particle that moves along the 4. Find the velocity, speed, and acceleration of a t t (t) (2 sin)i+(2 cos )j at t 2 5. Find the unit tangent and the principal unit normal vectors for the h (2 cos t) i+(2 sin t) j+tk. r(t) 6. Find the curvature of r(t) = ti+ t2j + t k. 7. Find the curvature of the plane y = cos(r) + e2 at r 0. 8. Find the maximum curvature of y In x. hac cunvedune, hec eluriv 9. Find the tangential component ar and normal component aN for the cu r(t) 3ti tj+tk. 10. Let a(t) 2t i + e'j+ cos (t) k denote the acceleration of a moving pa i+2j- k, find the particle's velocity v(t) at any time t. v(0) M (a) Find the domain of f(x, y) V2- In(-1) (b) Sketch the graph of f(x, y) =6-x-2y.
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