Civil and Environmental Engineering Answers

Questions: 1 228

Answers by our Experts: 1 131

Need a fast expert's response?

Submit order

and get a quick answer at the best price

for any assignment or question with DETAILED EXPLANATIONS!

Search & Filtering

the difference in level between the top and bottom railway embartment was found to be 15.216m. the length og embankment was measured along its surface 25.214m using a steel tape under the pull of 25N at a temperature of 10°c if the tape was standardized on the flat at 20°c under a pull if 49°c , What is the embankment gradient?


Two concentric springs, the central spring being 5 mm shorter than the outer spring, are to be loaded as shown. The outer spring consists of 40 turns of 15 mm diameter wire coiled on a mean diameter of 100 mm. The central spring, on the other hand, has 80 turns of 20 mm diameter wire coiled on a mean diameter of 80 mm. Use 83 GPa and 76 GPa for the shear modulus of the outer and the central springs, respectively. If the load P = 2 kN, determine the stress in the central spring and the displacement of the plate.


ANALYZE AND SKETCH (SKETCHING RATIONAL FRACTIONS)

a) Y = −4/(x+1)(x^2−9)

b) Y=x^2/x^4−6x+8


find young's modulus of a rod of diameter 30mm and of length 300mm which is subjected to a tensile load of 60KN and the extension of the rod is equal to 0.4mm


Why value of uniformly distributed load w is required to produce initial cracking of the U-shaped cantilever beam shown in the figure below. The beam is constructed of normal weight concrete with f'c =25 Mpa and fy = 420Mpa.


Watch the given virtual tensile testing of material and discuss the different stages of loading the material experiences based on the result of the test

https://www.youtube.com/watch?v=cE4Mw9GsdHY&t=2s


A fireboat draws seawater SG=1.025 from submerged pipe and discharges it through a nozzle. The total head loss is 6.5ft. if the pump efficiency is 75%, what horsepower motor is required to drive it?


The brakes are set on a train running at 30 miles per hour, when ½ miles from a station. The slows down uniformly, coming to rest at the station. Find the acceleration, and the time elapsed in stopping.


solve the follow homogenous equation of differential eq (2x-3y-1)dx (x 3y-5)dy=0


Solve the homogenous equation of differential equation (x+y-2)dx+(2x-3y+1)dy=0