1 The Six Trigonometric Functions 2 Right Triangle Trigonometry 3 Radian Measure 4 Graphing And Inverse Functions 5 Identities And Formulas 6 Equations 7 Triangles 8 Complex Numbers And Polarcoordinates A Appendix: Review Topics Chapter2: Right Triangle Trigonometry
2.1 Definition Ii: Right Triangle Trigonometry 2.2 Calculators And Trigonometric Functions Of An Acute Angle 2.3 Solving Right Triangles 2.4 Applications 2.5 Vectors: A Geometric Approach Chapter Questions Section2.4: Applications
Problem 1PS: For Questions 1 through 4, fill in each blank with the appropriate word. An angle measured upward... Problem 2PS: For Questions 1 through 4, fill in each blank with the appropriate word. If an observer positioned... Problem 3PS Problem 4PS Problem 5PS Problem 6PS Problem 7PS Problem 8PS Problem 9PS Problem 10PS Problem 11PS Problem 12PS Problem 13PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 14PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 15PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 16PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 17PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 18PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 19PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 20PS Problem 21PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 22PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 23PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 24PS: Solve each of the following problems. In each case, be sure to make a diagram of the situation with... Problem 25PS: Figure 15 shows the topographic map e used in Example 4 of this section. Recall that Stacey is at... Problem 26PS: Figure 15 shows the topographic map e used in Example 4 of this section. Recall that Stacey is at... Problem 27PS: Distance and Bearing Problems 27 through 32 involve directions in the form of bearing, which we... Problem 28PS: Distance and Bearing Problems 27 through 32 involve directions in the form of bearing, which we... Problem 29PS: Distance and Bearing Problems 27 through 32 involve directions in the form of bearing, which we... Problem 30PS: Distance and Bearing Problems 27 through 32 involve directions in the form of bearing, which we... Problem 31PS Problem 32PS Problem 33PS: Height of a Door From a point on the floor the angle of elevation to the top of a door is 47, while... Problem 34PS: Height of Building A man standing on the roof of a building 600 feet high looks down to the building... Problem 35PS: Height of an Obelisk Two people decide to find the height of an obelisk. They posit ion themselves... Problem 36PS: Distance In Figure 18, a person standing at point A notices that the angle of elevation to the top... Problem 37PS: Height of a Tree An ecologist wishes to find the height of a redwood tree that is on the other side... Problem 38PS: Rescue A helicopter makes a forced landing at sea. The last radio signal received at station C gives... Problem 39PS: Height of a Flagpole Two people decide to estimate the height of a flagpole. One person positions... Problem 40PS: Height of a Tree To estimate the height of a tree, one person positions himself due south of the... Problem 41PS: Radius of Earth A satellite is circling 112 miles above earth, as shown in Figure 22. When the... Problem 42PS: Distance Suppose Figure 22 is an exaggerated diagram of a plane flying above earth. If the plane is... Problem 43PS: Distance A ship is anchored off a long straight shoreline that runs north and south. From Iwo... Problem 44PS: Distance Pat and Tim position themselves 2.5 miles apart to watch a missile launch from Vandenberg... Problem 45PS: Spiral of Roots Figure 23 shows the Spiral of Roots we mentioned in the previous chapter. Notice... Problem 46PS: Spiral of Roots Figure 23 shows the Spiral of Roots we mentioned in the previous chapter. Notice... Problem 47PS: One of the items we discussed in this section was topographic maps. The process of making one of... Problem 48PS: Albert lives in New Orleans. At noon on a summer day, the angle of elevation of the sun is 84. The... Problem 49PS Problem 50PS Problem 51PS Problem 52PS Problem 53PS Problem 54PS: Show that each of the following statements is true by transforming the left side of each one into... Problem 55PS Problem 56PS Problem 57PS Problem 58PS: If the angle of elevation to the sun is 74.3 when a flagpole casts a shadow of 22.5 feet, what is... Problem 59PS: A ship is anchored off a long straight shoreline that runs north and south. From two observation... Problem 60PS: To estimate the height of a tree, one person stands due north of the tree and a second person stands... Problem 58PS: If the angle of elevation to the sun is 74.3 when a flagpole casts a shadow of 22.5 feet, what is...
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A steel cable supports a telephone pole. The cable makes a 65 degree angle with the ground. The base of the cable is 17 feet away from the pole. What is the height of the telephone pole to the nearest foot?
Figure in plane geometry formed by two rays or lines that share a common endpoint, called the vertex. The angle is measured in degrees using a protractor. The different types of angles are acute, obtuse, right, straight, and reflex.
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