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Describe the Curve R(t) = (Sin T) I + (Cos

Question 51

Multiple Choice

Describe the curve r(t) = (sin t) i + (cos t) j + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 k.


A) a helix wound around the cylinder Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 = 1
B) the circle (of radius 1) in which the plane z = Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 intersects the sphere Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 = 4
C) the circle (of radius Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 ) in which the plane z = 1 intersects the sphere Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 = 3
D) the circle (of radius Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 ) in which the plane z = Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 intersects the cylinder Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 = 1
E) a helix wound around the cylinder Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 + Describe the curve r(t) = (sin t) i + (cos t) j + k. A) a helix wound around the cylinder + = 1 B) the circle (of radius 1) in which the plane z = intersects the sphere + + = 4 C) the circle (of radius ) in which the plane z = 1 intersects the sphere + + = 3 D) the circle (of radius ) in which the plane z = intersects the cylinder + = 1 E) a helix wound around the cylinder + = 3 = 3

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