find the distance across a small lake, a surveyor has taken the measurements shown. Find the distance across the lake using this information (Assume points A and B are exactly along the shoreline, and that a = 1.03 miles and b = 2.06 miles and angle C= 41.8 deg. Round your answer to two decimal places.) NOTE: The triangle is NOT drawn to scale. Round answers to 3 decimal places. Distance = mi
find the distance across a small lake, a surveyor has taken the measurements shown. Find the distance across the lake using this information (Assume points A and B are exactly along the shoreline, and that a = 1.03 miles and b = 2.06 miles and angle C= 41.8 deg. Round your answer to two decimal places.) NOTE: The triangle is NOT drawn to scale. Round answers to 3 decimal places. Distance = mi
find the distance across a small lake, a surveyor has taken the measurements shown. Find the distance across the lake using this information (Assume points A and B are exactly along the shoreline, and that a = 1.03 miles and b = 2.06 miles and angle C= 41.8 deg. Round your answer to two decimal places.) NOTE: The triangle is NOT drawn to scale. Round answers to 3 decimal places. Distance = mi
To find the distance across a small lake, a surveyor has taken the measurements shown. Find the distance across the lake using this information (Assume points A and B are exactly along the shoreline, and that a = 1.03 miles and b = 2.06 miles and angle C= 41.8 deg. Round your answer to two decimal places.)
NOTE: The triangle is NOT drawn to scale. Round answers to 3 decimal places.
Distance = mi
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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