Solve the problem.To find the distance between two small towns, an electronic distance measuring (EDM) instrument is placed on a hill from which both towns are visible. The distance from the EDM to the towns is 
and 
and the angle between the two lines of sight is 
Find the distance between the towns to the nearest tenth of a mile.
A. 4.0 mi
B. 5.3 mi
C. 3.1 mi
D. 5.8 mi
Answer: C
Mathematics
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Solve the problem.The perimeter of a rectangle is 34 cm. The length is 11 cm longer than the width. Find the dimensions.
A. Width: 10 cm; length: 21 cm B. Width: 3 cm; length: 14 cm C. Width: 6 cm; length: 17 cm D. Width: 3 cm; length: 11 cm
Mathematics
Solve the equation. Round the solution to the nearest tenth.11.5z + 3.94z = 0.957
A. 16.1 B. -14.5 C. 0.1 D. 14.8
Mathematics
Use the alphabet coding method (A =1, B = 2, C = 3, ... Z = 26) to solve the problem.Encode the message BEWARE OF DOG using the one-to-one function defined by 
Give the inverse function that the decoder would need when the message is received.
What will be an ideal response?
Mathematics
Write the fraction in simplest form.
A. 
B. 
C. 
D. 
Mathematics