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Given a triangular lot with the following data: SIDE BEARING AB BC CA N 68 deg E S 12 deg E n/a a. Solve for the distance BC b. Solve for the bearing of CA c. Calculate the area of the triangle DISTANCE 214.46 m n/a 289.18 m

Given a triangular lot with the following data: SIDE BEARING AB BC CA N 68 deg E S 12 deg E n/a a. Solve for the distance BC b. Solve for the bearing of CA c. Calculate the area of the triangle DISTANCE 214.46 m n/a 289.18 m

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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3. Given a triangular lot with the following data: SIDE BEARING AB BC CA N 68 deg E S 12 deg E n/a a. Solve for the distance BC b. Solve for the bearing of CA c. Calculate the area of the triangle DISTANCE 214.46 m n/a 289.18 m
Transcribed Image Text:3. Given a triangular lot with the following data: SIDE BEARING AB BC CA N 68 deg E S 12 deg E n/a a. Solve for the distance BC b. Solve for the bearing of CA c. Calculate the area of the triangle DISTANCE 214.46 m n/a 289.18 m
Area of the Triangles are denoted by the following formulas: 1. Basic Formula, A = 12 * base * height, where base is known and height is perpendicular to the base. 2. 2 sides and an included angle, A = 12 * a * b * sin 4, where a and b are two known sides and 4 is an included angle of the two known sides. 3. Hero's Formula, A = √s(s — a)(s — b)(s — c), where S = ½ (a+b+c), where a, b and c are the three known sides of the triangle.
Transcribed Image Text:Area of the Triangles are denoted by the following formulas: 1. Basic Formula, A = 12 * base * height, where base is known and height is perpendicular to the base. 2. 2 sides and an included angle, A = 12 * a * b * sin 4, where a and b are two known sides and 4 is an included angle of the two known sides. 3. Hero's Formula, A = √s(s — a)(s — b)(s — c), where S = ½ (a+b+c), where a, b and c are the three known sides of the triangle.
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