A circular helix in ryz-space has the following parametric equations, where 0 € R. z(8) y(0) z(0) 4 cos 0 4 sin 0 30 Let L(0) be the arclength of the helix from the point P(@) = (z(@), y(0), z(0)) to the point P(0) = (4,0,0), and let D(0) be the distance between P(0) and the origin (0,0,0). Let L(0) = 10. Which statements do hold? a) 0 = 4 b) 0 = 2 c) To calculate the value of D for a given 6, 1(0) and y(0) have to be evaluated explicitely. d) D(0) = v52

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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A circular helix in ryz-space has the following parametric equations, where 0 € R.
y(0)
z(0)
4 cos 0
4 sin 0
30
Let L(0) be the arclength of the helix from the point P(8) = (x(0), y(0), z(0)) to the point P(0) = (4, 0, 0), and let
D(0) be the distance between P(0) and the origin (0,0, 0). Let L(0) = 10. Which statements do hold?
a) 0 = 4
b) 0 = 2
c) To calculate the value of D for a given 6, x(0) and y(0) have to be evaluated explicitely.
d) D(0) = V52
Transcribed Image Text:A circular helix in ryz-space has the following parametric equations, where 0 € R. y(0) z(0) 4 cos 0 4 sin 0 30 Let L(0) be the arclength of the helix from the point P(8) = (x(0), y(0), z(0)) to the point P(0) = (4, 0, 0), and let D(0) be the distance between P(0) and the origin (0,0, 0). Let L(0) = 10. Which statements do hold? a) 0 = 4 b) 0 = 2 c) To calculate the value of D for a given 6, x(0) and y(0) have to be evaluated explicitely. d) D(0) = V52
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