Table 2 Penetration (mm) Dial Gauge (div) 0.00 0.25 100 0.50 210 0.75 245 1.00 280 1.25 350 1.50 460 1.75 540 2.00 600 2.25 680 2.50 740 2.75 780 3.00 810 3.25 840 3.50 860 3.75 880 4.00 900 4.25 920...


Table 2<br>Penetration (mm) Dial Gauge (div)<br>0.00<br>0.25<br>100<br>0.50<br>210<br>0.75<br>245<br>1.00<br>280<br>1.25<br>350<br>1.50<br>460<br>1.75<br>540<br>2.00<br>600<br>2.25<br>680<br>2.50<br>740<br>2.75<br>780<br>3.00<br>810<br>3.25<br>840<br>3.50<br>860<br>3.75<br>880<br>4.00<br>900<br>4.25<br>920<br>4.50<br>940<br>4.75<br>955<br>5.00<br>970<br>

Extracted text: Table 2 Penetration (mm) Dial Gauge (div) 0.00 0.25 100 0.50 210 0.75 245 1.00 280 1.25 350 1.50 460 1.75 540 2.00 600 2.25 680 2.50 740 2.75 780 3.00 810 3.25 840 3.50 860 3.75 880 4.00 900 4.25 920 4.50 940 4.75 955 5.00 970
Q5.<br>Table 2 shows the result of the California Bearing Ratio (CBR) for the road base material.<br>Determine the CBR value of this sample. The calibration factor of the proving ring for the CBR testing<br>equipment is 0.02 kN/div.<br>

Extracted text: Q5. Table 2 shows the result of the California Bearing Ratio (CBR) for the road base material. Determine the CBR value of this sample. The calibration factor of the proving ring for the CBR testing equipment is 0.02 kN/div.

Jun 10, 2022
SOLUTION.PDF
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers