1. The cross section foresights at one station along a proposed highway are shown below. TheHI for these foresights is 970.61 ft. Plot the cross section elevation to scale.5.2 4.8 6.6 5.9 7.0 8.124 + 0050 22 0 12 30 502. The roadway subgrade elevation is 973.30 ft., the planned roadbed is 30-feet wide, with sideslopes of 2%:1. Plot the roadbed design elevations on the plot from problem 1, and find theslope intercepts and the cross section area.3. The cross section foresights for the next station are show below. They were observed fromthe same instrument setup as in problem 1. The subgrade elevation is 972.30 ft. Use the sameroadbed width and side slopes from problem 2. Plot the cross section and the roadbedelevations to scale, find the slope intercepts, and find the cross section area.4.825 + 003.2 5.350 0 504. What is the volume of soil to be removed or added between stations 24 and 25?Hint: To calculate volume of soil between stations 24+00 and 25+00Use the following formula:V = (100ft)[A24+00 + A25+00]

Hello student, As per your request I solved problem 2 based on data obtained from problem 1 we have…

1. The cross section foresights at one station along a proposed highway are shown below. The HI for these foresights is 970.61 ft. Plot the cross section elevation to scale. 5.2 4.8 6.6 59 7.0 8.1 24 + 00 50 22 0 12 30 50 2. The roadway subgrade elevation is 973.30 ft., the planned roadbed is 30-feet wide, with side slopes of 2%:1. Plot the roadbed design elevations on the plot from problem 1, and find the slope intercepts and the cross section area.

1. The cross section foresights at one station along a proposed highway are shown below. The HI for these foresights is 970.61 ft. Plot the cross section elevation to scale. 5.2 4.8 6.6 59 7.0 8.1 24 + 00 50 22 0 12 30 50 2. The roadway subgrade elevation is 973.30 ft., the planned roadbed is 30-feet wide, with side slopes of 2%:1. Plot the roadbed design elevations on the plot from problem 1, and find the slope intercepts and the cross section area.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter5: Analysis Of Convection Heat Transfer

Section: Chapter Questions

Problem 5.8P

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