Surveying — Quiz 7
Questions in this quiz (10)
The table below shows differential leveling data using a transit level. The starting station $$A$$ has a known elevation of $$500.00\ \mathrm{m}$$. Find the elevation of station $$D$$.
- $$508.40\ \mathrm{m}$$
- $$489.77\ \mathrm{m}$$
- $$510.23\ \mathrm{m}$$
- $$491.60\ \mathrm{m}$$
The table presents the cross-sectional areas for earth removal at a roadway project. Utilizing the prismoidal formula, calculate the approximate volume of earth to be removed, in cubic yards, between station $$3+50$$ and station $$4+50$$.
- $$1000\ \mathrm{yd^3}$$
- $$1500\ \mathrm{yd^3}$$
- $$2000\ \mathrm{yd^3}$$
- $$2500\ \mathrm{yd^3}$$
Given the benchmark elevation at point $$BM1$$ and the leveling measurements below, determine the elevation of benchmark $$BM2$$.
- $$504.23\ \mathrm{ft}$$
- $$504.96\ \mathrm{ft}$$
- $$505.87\ \mathrm{ft}$$
- $$505.94\ \mathrm{ft}$$
A pile of recycled aggregate material has a diameter of 100 ft at the base and 25 ft at the top. The pile is 25 ft high. Determine the volume of piled material in cubic yards.
- $$105000$$
- $$5787$$
- $$3860$$
- $$2576$$
What is the south azimuth of a line with a bearing of $$S12^\circ34'56''E$$?
- $$12^\circ34'56''$$
- $$77^\circ25'04''$$
- $$167^\circ25'04''$$
- $$347^\circ25'04''$$
Line AB bears $$N12^\circ34'56''E$$ and line AC bears $$S12^\circ34'56''E$$. Determine the deflection angle between the lines.
- $$90^\circ$$
- $$25^\circ09'52''$$
- $$167^\circ25'04''$$
- $$154^\circ50'08''$$
Two cross-sections of a roadway are located at station $$1+65.00$$ and $$3+50.00$$. One section requires $$200\ ft^2$$ cut and the other requires $$125\ ft^2$$ fill. Determine the net excavation in cubic yards.
- $$30000$$
- $$13800$$
- $$1100$$
- $$257$$
Excavated soil is stockpiled in a conical shape with diameter $$20\ m$$ and height $$15\ m$$. Determine the volume in cubic meters.
- $$5000$$
- $$2500$$
- $$1500$$
- $$1000$$
A 300 m runway measures 20 mm on an aerial photo. Determine the photo scale.
- $$1/15000$$
- $$1:15000$$
- $$1:15$$
- $$1:666$$
Using average end areas, determine the fill volume from the following stations.
- $$11000$$
- $$16000$$
- $$19000$$
- $$21000$$
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