12 - 15 please give the correct answer 13. A horizontal distance measured at 687.40 m is to be established along a line that slopes at avertical Angle of 18° 19'. Calculate the incline distance to obtain the required horizontal distance.b. 2187.301 m c. 2076.47914. Determine the correct distance between the ends of the tape that is being pulled at its ends.a. 694.724 md. 724.086 mTape length = 50mPull capacity = 12 kgWeight of tape = 1.2 kg%3!a. 49.979 m b. 50.021 m c. 49.786 md. 48.687 m15. A rectangular field was measured using a 100 m tape which was actually 10 cm too short. Therecorded area was 2500 sq.m. Calculate the true area of the field.c. 2550 sq.ma. 2495 sq.mb. 2505 sq.md. 2496.70 sq.m

Answered: Image /qna-images/answer/194ba94d-f80d-4b0c-99c3-f26e4bcee739.jpg

13. A horizontal distance measured at 687.40 m is to be established along a line that slopes at a vertical Angle of 18° 19'. Calculate the incline distance to obtain the required horizontal distance. a. 694.724 m b. 2187.301 m c. 2076.479 d. 724.086 m 14. Determine the correct distance between the ends of the tape that is being pulled at its ends. Tape length = 50m Pull capacity = 12 kg Weight of tape = 1.2 kg %3! a. 49.979 m b. 50.021 m c. 49.786 m d. 48.687 m 15. A rectangular field was measured using a 100 m tape which was actually 10 cm too short. The recorded area was 2500 sq.m. Calculate the true area of the field. c. 2550 sq.m a. 2495 sq.m b. 2505 sq.m d. 2496.70 sq.m

13. A horizontal distance measured at 687.40 m is to be established along a line that slopes at a vertical Angle of 18° 19'. Calculate the incline distance to obtain the required horizontal distance. a. 694.724 m b. 2187.301 m c. 2076.479 d. 724.086 m 14. Determine the correct distance between the ends of the tape that is being pulled at its ends. Tape length = 50m Pull capacity = 12 kg Weight of tape = 1.2 kg %3! a. 49.979 m b. 50.021 m c. 49.786 m d. 48.687 m 15. A rectangular field was measured using a 100 m tape which was actually 10 cm too short. The recorded area was 2500 sq.m. Calculate the true area of the field. c. 2550 sq.m a. 2495 sq.m b. 2505 sq.m d. 2496.70 sq.m

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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