Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft
Liais going for a walk while on the trail she's going to bird watch while using trigonometry.
Lia saw a bird on a tree. She wants to know how high the bird is. Lia is 43 ft away from the base of the tree at a 30° angle. She wants to know how high up the bird is. So she does Tan(30)⋅43=24.82. So the bird is 24.82 ft high.
While Lia is walking she saw a broken branch leaning on a tree with a bird on top. The branch is 15 ft long and she is at a 52°angle. She wants to knowhow far she is from the tree so she does Cos(52)⋅15=9.23. So she is 9.23 ft away from the tree
Lia finds another bird. She is looking at it diagonally from 20 ft away at a 20° angle. She wants to know how high the bird is in the tree so she does Sin(20)⋅20=6.84. So the bird is 6.84 ft high.
After a long day of bird watching Lia is ready to go home.
43 ft
30°
57°
x
x
29ft
37ft
15ft
x
x
20°
20ft