Just type the fraction.

1

Just type the fraction.

1

Just type the fraction.

1

null

1

x=

1

y=
(hint: there should be a radical \sqrt{} in your answer)

1

x=
(hint: there should be a radical \sqrt{} in your answer)

1

y=

For #11-13 be sure to write exact answers only. No decimals!

Hint: Use the unit circle.

null

1

2

Draw the angle.
_{You must show all rotations!}

2

Draw the angle.
_{You must show all rotations!}

1

Find the smallest negative coterminal angle. Write your answer in degrees.

1

Find the smallest positive coterminal angle. Write your answer in radians.

1

Convert the angle to radians.

1

Convert the angle to degrees.

1

Find the reference angle.

SOH CAH TOA

1

\angle A=

1

y=
Round to the nearest whole.

1

x=
Round to the nearest whole.

2

From where Jacob stands, the angle of elevation is 35° to the top of a building that has a height of 150 feet. How far is Jacob standing from the building?
Show your work by drawing a picture and labeling given information.
Round to the nearest whole number & put units on your answer!

1

A man standing at the top of a tower, looks down at an angle of depression of 30° and sees a car on the ground. If the car is 40 meters from the base of the tower, what is the height of the tower?
Round to the nearest whole number & put units on your answer!

2

To meet California building codes, a staircase must have an angle of elevation between 30\degree and 38\degree. Find the angle of elevation for the staircase below and EXPLAIN whether or not this staircase meets the building code.
Type the angle in the box and click 'show your work' to explain if it meets the building code or not.
Round to the nearest whole.

Trig Test

SOH CAH TOA

Trig Test

Just type the fraction.

Just type the fraction.

Just type the fraction.

x=

y=(hint: there should be a radical \sqrt{} in your answer)

x=(hint: there should be a radical \sqrt{} in your answer)

y=

Draw the angle.You must show all rotations!

Draw the angle.You must show all rotations!

Find the smallest negative coterminal angle. Write your answer in degrees.

Find the smallest positive coterminal angle. Write your answer in radians.

Convert the angle to radians.

Convert the angle to degrees.

Find the reference angle.

SOH CAH TOA

\angle A=

y=Round to the nearest whole.

x=Round to the nearest whole.

From where Jacob stands, the angle of elevation is 35° to the top of a building that has a height of 150 feet. How far is Jacob standing from the building?Show your work by drawing a picture and labeling given information.Round to the nearest whole number & put units on your answer!

A man standing at the top of a tower, looks down at an angle of depression of 30° and sees a car on the ground. If the car is 40 meters from the base of the tower, what is the height of the tower?Round to the nearest whole number & put units on your answer!

Just type the fraction.

Just type the fraction.

Just type the fraction.

Just type the fraction.

Just type the fraction.

Just type the fraction.

x=

y=(hint: there should be a radical \sqrt{} in your answer)

x=(hint: there should be a radical \sqrt{} in your answer)

y=

Draw the angle.You must show all rotations!

Draw the angle.You must show all rotations!

Find the smallest negative coterminal angle. Write your answer in degrees.

Find the smallest positive coterminal angle. Write your answer in radians.

Convert the angle to radians.

Convert the angle to degrees.

Find the reference angle.

\angle A=

y=Round to the nearest whole.

x=Round to the nearest whole.

From where Jacob stands, the angle of elevation is 35° to the top of a building that has a height of 150 feet. How far is Jacob standing from the building?Show your work by drawing a picture and labeling given information.Round to the nearest whole number & put units on your answer!

A man standing at the top of a tower, looks down at an angle of depression of 30° and sees a car on the ground. If the car is 40 meters from the base of the tower, what is the height of the tower?Round to the nearest whole number & put units on your answer!

Just type the fraction.

Just type the fraction.

Just type the fraction.

y=
(hint: there should be a radical \sqrt{} in your answer)

x=
(hint: there should be a radical \sqrt{} in your answer)

Draw the angle.
_{You must show all rotations!}

Draw the angle.
_{You must show all rotations!}

y=
Round to the nearest whole.

x=
Round to the nearest whole.

From where Jacob stands, the angle of elevation is 35° to the top of a building that has a height of 150 feet. How far is Jacob standing from the building?
Show your work by drawing a picture and labeling given information.
Round to the nearest whole number & put units on your answer!

A man standing at the top of a tower, looks down at an angle of depression of 30° and sees a car on the ground. If the car is 40 meters from the base of the tower, what is the height of the tower?
Round to the nearest whole number & put units on your answer!

y=
(hint: there should be a radical \sqrt{} in your answer)

x=
(hint: there should be a radical \sqrt{} in your answer)

Draw the angle.
_{You must show all rotations!}

Draw the angle.
_{You must show all rotations!}

y=
Round to the nearest whole.

x=
Round to the nearest whole.

From where Jacob stands, the angle of elevation is 35° to the top of a building that has a height of 150 feet. How far is Jacob standing from the building?
Show your work by drawing a picture and labeling given information.
Round to the nearest whole number & put units on your answer!

A man standing at the top of a tower, looks down at an angle of depression of 30° and sees a car on the ground. If the car is 40 meters from the base of the tower, what is the height of the tower?
Round to the nearest whole number & put units on your answer!