Solve the Problem $21.82 \mathrm { mph }$ B) $97.97 \mathrm { mph }$

question 29

Multiple Choice

Solve the problem.
-Any offset between a stationary radar gun and a moving target creates a "cosine effect" that reduces the radar mileage reading by the cosine of the angle between the gun and the vehicle. That is, the
Radar speed reading is the product of the actual reading and the cosine of the angle. Find the radar
Reading to the nearest hundredth for the auto shown in the figure.

• A) \(21.82 \mathrm { mph }\)
• B) \(97.97 \mathrm { mph }\)
• C) \(94.51 \mathrm { mph }\)
• D) \(96.03 \mathrm { mph }\)

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Definitions:

Medial Excursion

The movement of the mandible toward the midline of the face, which is a component of the chewing cycle.

Opposition

The movement that involves the thumb coming into contact with the tips of the other fingers, allowing for the manipulation of objects.

Retraction

The process of drawing back or being drawn back, often referring to the movement of body parts or the withdrawal of a statement.

Anterior Cruciate Ligament

A key ligament located in the knee, crucial for stabilizing the joint during movement.