QUESTION 3 The cross section at station 2+60 has a cut area of 9 ft2 and a fill area of 4 ft2 and the cross section at station 3+00 has a cut area of 7 ft² and a fill area of 8 ft2. What is the volume (yd) of fill between these stations? Assume no swell or compaction. Round to the nearest hundredths.
QUESTION 3 The cross section at station 2+60 has a cut area of 9 ft2 and a fill area of 4 ft2 and the cross section at station 3+00 has a cut area of 7 ft² and a fill area of 8 ft2. What is the volume (yd) of fill between these stations? Assume no swell or compaction. Round to the nearest hundredths.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![QUESTION 3
The cross section at station 2+60 has a cut area of 9 ft² and a fill area of 4 ft² and the cross section at station 3+00 has a cut
area of 7 ft² and a fill area of 8 ft². What is the volume (yd³) of fill between these stations? Assume no swell or compaction.
Round to the nearest hundredths.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d33492a-4d76-4ba6-8e7a-8a395d7226b7%2Fa13cca39-6362-4e1c-9bfa-bf2ef54a2963%2Fjyfpcl3_processed.png&w=3840&q=75)
Transcribed Image Text:QUESTION 3
The cross section at station 2+60 has a cut area of 9 ft² and a fill area of 4 ft² and the cross section at station 3+00 has a cut
area of 7 ft² and a fill area of 8 ft². What is the volume (yd³) of fill between these stations? Assume no swell or compaction.
Round to the nearest hundredths.
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Geotechnical engineering :
Geotechnical engineering is a subfield of civil engineering that studies the engineering behaviour of earth materials. It solves engineering difficulties by applying soil mechanics and rock mechanics principles.
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