1. Kelsi is running her horse again. Kelsi's horse starts running when it is due East of Kelsi and stops at the point p shown which corresponds to an angle of Op radians, measuring from due East. In the brackets pick the correct option (a) When the horse stops at point p, the horse is {east or west} of Kelsi and approximately {0.26= 26% or 0.42 = 42% or 0.97 = 97%) of the length of the rope in that direction (b) When the horse stops at point p, the horse is (north or south} of Kelsi and approximately {0.26 = 26% or 0.64 = 64% or 0.97 = 97%} of the length of the rope in that direction. (c) Use you're previous answers to estimate cos(0p) and sin(0p) cos(0p) sin(0p) = =
1. Kelsi is running her horse again. Kelsi's horse starts running when it is due East of Kelsi and stops at the point p shown which corresponds to an angle of Op radians, measuring from due East. In the brackets pick the correct option (a) When the horse stops at point p, the horse is {east or west} of Kelsi and approximately {0.26= 26% or 0.42 = 42% or 0.97 = 97%) of the length of the rope in that direction (b) When the horse stops at point p, the horse is (north or south} of Kelsi and approximately {0.26 = 26% or 0.64 = 64% or 0.97 = 97%} of the length of the rope in that direction. (c) Use you're previous answers to estimate cos(0p) and sin(0p) cos(0p) sin(0p) = =
Trigonometry (11th Edition)
11th Edition
ISBN:9780134217437
Author:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Publisher:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Chapter1: Trigonometric Functions
Section: Chapter Questions
Problem 1RE:
1. Give the measures of the complement and the supplement of an angle measuring 35°.
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Transcribed Image Text:1. Kelsi is running her horse again. Kelsi's horse starts running when it is due East of Kelsi and
stops at the point p shown which corresponds to an angle of Op radians, measuring from due
East. In the brackets pick the correct option
(a) When the horse stops at point p, the horse is {east or west} of Kelsi and approximately
{0.26= 26% or 0.42 = 42% or 0.97 = 97%) of the length of the rope in that direction
(b) When the horse stops at point p, the horse is (north or south} of Kelsi and
approximately {0.26 = 26% or 0.64 = 64% or 0.97 = 97%} of the length of the rope in
that direction.
(c) Use you're previous answers to estimate cos(0p) and sin(0p)
cos(0p) =
sin(0p) =
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