John (whose line of sight is 6 ft above horizontal) is trying to estimate the height of a tall oak tree. he first measures the angle of elevation from where he is looking as 35 degrees. he walks 30 ft closer to the tree and find that the angle of elevation has increased by 12 degrees. estimate the height of the tree rounded to the nearest whole number.
John (whose line of sight is 6 ft above horizontal) is trying to estimate the height of a tall oak tree. he first measures the angle of elevation from where he is looking as 35 degrees. he walks 30 ft closer to the tree and find that the angle of elevation has increased by 12 degrees. estimate the height of the tree rounded to the nearest whole number.
John (whose line of sight is 6 ft above horizontal) is trying to estimate the height of a tall oak tree. he first measures the angle of elevation from where he is looking as 35 degrees. he walks 30 ft closer to the tree and find that the angle of elevation has increased by 12 degrees. estimate the height of the tree rounded to the nearest whole number.
John (whose line of sight is 6 ft above horizontal) is trying to estimate the height of a tall oak tree. he first measures the angle of elevation from where he is looking as 35 degrees. he walks 30 ft closer to the tree and find that the angle of elevation has increased by 12 degrees. estimate the height of the tree rounded to the nearest whole number.
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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