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Ultrasound Is Used as a Nondestructive Method of Determining Whether

Question 16

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Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ . Determine the vertex and focus of the graph of this parabola.

A) vertex: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ , focus: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$
B) vertex: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ , focus: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$
C) vertex: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ , focus: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$
D) vertex: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ , focus: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$
E) vertex: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$ , focus: $Ultrasound is used as a nondestructive method of determining whether a support beam for a structure has an internal fracture. In one scanning procedure, if the resulting image is a parabola, engineers know that there is a structural defect. Suppose that a scan produced an image whose equation is . Determine the vertex and focus of the graph of this parabola. A) vertex: , focus: B) vertex: , focus: C) vertex: , focus: D) vertex: , focus: E) vertex: , focus:$

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