The areas within contour lines at the site of a reservoir and along the face of the proposed dam are as follows. Using the prismoidal method, the volume of the reservoir is: Contour Area m? 300 738 780 298 708 870 296 693 900 294 506 880 292 241 500 290 98 480 288 50 010 286 31 680 284 400

The areas within contour lines at the site of a reservoir and along the face of the proposed dam are as follows. Using the prismoidal method, the volume of the reservoir is: Contour Area m? 300 738 780 298 708 870 296 693 900 294 506 880 292 241 500 290 98 480 288 50 010 286 31 680 284 400

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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Concept explainers

Volumes

Volume usually is the dimensional quantity that involves the evaluation of any three-dimensional figure enfolded inside a closed space. The SI unit (International System of Units) of volume is m3 and the dimensional unit of volume is [L3]. For estimation of the volume of any figure, various formulae are used. Another application of volume includes the reference in the sound levels, the higher the sound intensity, the louder the sound heard, and hence, the larger the volume. The SI unit of sound volume is decibels (dB).

Question

The areas within contour lines at the
site of a reservoir and along the face of
the proposed dam are as follows.
Using the prismoidal method, the
volume of the reservoir is:
Contour
Area m?
300
738 780
298
708 870
296
693 900
294
506 880
292
241 500
290
98 480
288
50 010
286
31 680
284
400

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