The following problem refers to the figure below, which is a diagram of a bike frame. The frame can be approximated as two triangles that have the seat tube as a common side. Suppose the frame has a top tube length of 46.0 centimeters, a seat tube length of 47.5 centimeters, and a seat angle of 79.0°. Find the length of the down tube. (Round your answer to one decimal place.)
The following problem refers to the figure below, which is a diagram of a bike frame. The frame can be approximated as two triangles that have the seat tube as a common side. Suppose the frame has a top tube length of 46.0 centimeters, a seat tube length of 47.5 centimeters, and a seat angle of 79.0°. Find the length of the down tube. (Round your answer to one decimal place.)
The following problem refers to the figure below, which is a diagram of a bike frame. The frame can be approximated as two triangles that have the seat tube as a common side. Suppose the frame has a top tube length of 46.0 centimeters, a seat tube length of 47.5 centimeters, and a seat angle of 79.0°. Find the length of the down tube. (Round your answer to one decimal place.)
The following problem refers to the figure below, which is a diagram of a bike frame. The frame can be approximated as two triangles that have the seat tube as a common side.
Suppose the frame has a top tube length of 46.0 centimeters, a seat tube length of 47.5 centimeters, and a seat angle of 79.0°. Find the length of the down tube. (Round your answer to one decimal place.)
Transcribed Image Text:Top tube
Seat angle
Down tube
Seat tube
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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