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. Top tube Seat angle Suppose the frame has a top tube length of 52.5 centimeters, a seat tube length of 48.0 centimeters, and a seat angle of 70.0°. Find the length of the down tube and the angle between the seat tube and the down tube. (Round your answers to one decimal place.) length of down tube angle between seat tube and down tube

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. Top tube Seat angle Suppose the frame has a top tube length of 52.5 centimeters, a seat tube length of 48.0 centimeters, and a seat angle of 70.0°. Find the length of the down tube and the angle between the seat tube and the down tube. (Round your answers to one decimal place.) length of down tube angle between seat tube and down tube

Name: 14 The following problem refers to the figure below, which is a diagra
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Description: 14 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.Top tubeSeat angleSuppose the frame has a top tube length of 52.5 centime

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

Chapter4: Quadrilaterals

Section4.1: Properties Of A Parallelogram

Problem 41E: The following problem is based on the Parallelogram Law. In the scaled drawing, each unit...

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