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Solve the Problem $\pi$ Tan
C)
T = 2 $\pi$

Question 226

Multiple Choice

Solve the problem.
-A rotating beacon is located a distance d from a long wall. The distance d is given by $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$ , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t.

A) t = $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$ tan $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$
B) t = 2 $\pi$ tan $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$
C)
t = 2 $\pi$ $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$ $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$

D)
t = $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$ $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$ $Solve the problem. -A rotating beacon is located a distance d from a long wall. The distance d is given by , where t is the time measured in seconds since the beacon started rotating. Solve the equation for t. A) t = tan B) t = 2 \pi tan C) t = 2 \pi D) t =$

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Solve the Problem π\piπ Tan C) T = 2 π\piπ

Solve the Problem $\pi$ Tan
C)
T = 2 $\pi$