The Trapezoidal rule of volumes V of an embankment divided into a number of sections equidistant D, is given by * O v = D/2 (A1 + An + 4(A2 + A4+ + An-1)+4(A3 + A5 + ... + An - 2)) O v= D/2 ((A1 + An)/4 + A2 + A3 . + An-1) ..... O v = D ((A1 + An)/2 + A2 + A3 . + An-1) O v = D/2 (A1 + An + 2(A2 + A4+ . + An-1)+4(A3 + A5 + .. + An - 2)) .....
The Trapezoidal rule of volumes V of an embankment divided into a number of sections equidistant D, is given by * O v = D/2 (A1 + An + 4(A2 + A4+ + An-1)+4(A3 + A5 + ... + An - 2)) O v= D/2 ((A1 + An)/4 + A2 + A3 . + An-1) ..... O v = D ((A1 + An)/2 + A2 + A3 . + An-1) O v = D/2 (A1 + An + 2(A2 + A4+ . + An-1)+4(A3 + A5 + .. + An - 2)) .....
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![The Trapezoidal rule of volumes V of an embankment divided into a
number of sections equidistant D, is given by *
O v = D/2 (A1 + An + 4(A2 + A4+
+ An-1)+4(A3 + A5 + ... + An - 2))
O v = D/2 ((A1 + An)/4 + A2 + A3 . + An-1)
O v= D ((A1 + An)/2 + A2 + A3 .. + An-1)
V = D/2 (A1 + An + 2(A2 + A4+ . + An-1)+4(A3 + A5 + .. + An - 2))](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F821d5bab-ec4c-4b55-ae82-a5e16681c827%2Fe1ec58bc-25c3-4125-b650-65f3ec8128ca%2Fdly0ask_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The Trapezoidal rule of volumes V of an embankment divided into a
number of sections equidistant D, is given by *
O v = D/2 (A1 + An + 4(A2 + A4+
+ An-1)+4(A3 + A5 + ... + An - 2))
O v = D/2 ((A1 + An)/4 + A2 + A3 . + An-1)
O v= D ((A1 + An)/2 + A2 + A3 .. + An-1)
V = D/2 (A1 + An + 2(A2 + A4+ . + An-1)+4(A3 + A5 + .. + An - 2))
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