FInd the value of x

Use Pythagorean Theorem to solve this problem

Answers should be accurate to 3 decimal places

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

Use Inverse Trig to solve this problem

Answer should be accurate to 1 decimal

FInd the length of AB

Use Pythagorean Theorem to solve this problem

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

Brian’s kite is flying above a field at the end of 65 m of string. If the angle to the kite measures 70, how high is the kite above Brian’s head?

Be sure to sketch and label the right triangle to help you set up this problem correctly.

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

The peak of Goose Bay Mountain is 400 m higher than the end of a local airstrip. The peak rises above a point 2025 m from the end of the airstrip. A plane takes off from then end of the runway in the direction of the mountain at an angle that is kept constant until the peak has been cleared. If the pilot wants to cleay the mountain by 50 m, what should the angle of elevation be for the takeoff to the nearest tenth of a degree?

Use Inverse Trig to solve this problem

Answers should be accurate to 3 decimal places

From the top of a 150-foot high tower, an air traffic controller observes an airplane on the runway. How far from the base of the tower is the airplane? 

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

A soccer field is a rectangle 90 meters wide and 120 meters long. The coach asks players to run from one corner to the corner diagonally across. What is the distance the players run?

Be sure to sketch and label the right triangle to help you set up this problem correctly.

Use Pythagorean Theorem to solve this problem

Answers should be accurate to 3 decimal places

Find x.  

Use Pythagorean Theorem to solve this problem

Answers should be accurate to 3 decimal places

Find the measure of the angle labeled x.

Be sure to sketch and label the right triangle to help you set up this problem correctly.

Use Inverse Trig to solve this problem

Answers should be accurate to 3 decimal places

Find the value of x

Use Pythagorean Theorem to solve this problem

Answers should be accurate to 3 decimal places

A ladder, 500 cm long, leans against a building. If the angle between the ground and the ladder is 57 degrees, how far from the wall is the bottom of the ladder?

Be sure to sketch and label the right triangle to help you set up this problem correctly.

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

A boat is 2000 meters from a cliff. The line of sight from the boat to the top of the cliff is at an angle measure of 10°, how tall is the cliff?

Use Trig to to solve this problem

Answers should be accurate to 3 decimal places

Suppose the sun casts a shadow off a 35-foot building. If the angle of the sun is 60^O, how long is the shadow?

Use Trig to solve this problem

Answers should be accurate to 3 decimal places

Use the law of sines to find AC

Use the law of sines to find the variable

Use the law of sines to find the measure of angle B