Compute cbr to penetrate 5 mm in calibrated rock soil

Reference no: EM13303370

A California Bearing Ratio (CBR) test was performed on compacted subgrade below an asphalt roadway. 10 kPa of pressure required to push a 3 in^2 piston 5 mm into the compacted soil. Compute the CBR (%) if the same 3 in^2 piston required 100 kPa to penetrate 5 mm in calibrated rock soil.

Reference no: EM13303370

Questions Cloud

After how many minutes does the ice start to melt : An open container holds 0.550 kg of ice at - 15.0 degree celsius. The mass of the container can be ignored. After how many minutes does the ice start to melt

Determine the initial weight and final density of the water : A steel tank hold 120 ft^3 of water at atmospheric pressure(14.7psi and 68.4 degrees f). the water is subjected to a 100 fold increase in pressure. determine the initial weight and final density of the water if the volume decreases by .545 ft ^3.

What are the characteristics of a monopolistically competiti : Using the criteria of efficiency, define the ways a market may fail and explain how government regulation can offset the problems caused by market failure.

Calculate the average power carried by the wave : A piano wire with mass 2.90g and length 82.0cm is stretched with a tension of 35.0N. Calculate the average power carried by the wave

Compute cbr to penetrate 5 mm in calibrated rock soil : 10 kPa of pressure required to push a 3 in^2 piston 5 mm into the compacted soil. Compute the CBR (%) if the same 3 in^2 piston required 100 kPa to penetrate 5 mm in calibrated rock soil.

Explain changes needed to implement the new functionalities : Analysing and designing the changes needed to implement the new functionalities in the sample solution. Before we can start the implementation we need to analyse the project and describe the changes we will be implementing

Find the objective focal length : A 60 power telescope has an eyepiece with a focal length of 10 cm. find the objective focal length

Determine stations of pc and pt of simple horizontal curve : The distance AB is measured as 322.33 ft, the angle at A is measured as 32º15' and the angle B is determined to be 41º30'. Determine the stations of the PC and PT.

Determine the wavelength of the incident light : Light strikes a metal surface, causing photoelectric emission. The stopping potential for the ejected electrons is 3.4 V, What is the wavelength of the incident light

User Account

All Pages