_ce-mste-practice-problem-1-2-applied-mathematics-surveying-transportation-and-construction.jpg "CE MSTE Practice Problem 1.2 (Applied Mathematics, Surveying, Transportation, and Construction) from part sec Video Screenshot Preview")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 6:12
👁 View: 10K times
✓ Published: 14-Mar-2024
👁 View: 10K times
✓ Published: 14-Mar-2024
Description:
Engineering Mathematics - Algebra - Age Problems<br/>-<br/>Civil Engineering Past Board Exam Problems: <br/>in Mathematics, Surveying, and Transportation Engineering.<br/>-<br/>If You Like this video..please do click the \
Engineering Mathematics - Algebra - Age Problems<br/>-<br/>Civil Engineering Past Board Exam Problems: <br/>in Mathematics, Surveying, and Transportation Engineering.<br/>-<br/>If You Like this video..please do click the \
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
Related Videos
_ce-mste-practice-problem-1-2-applied-mathematics-surveying-transportation-and-construction.webp "Engineering Mathematics - Algebra - Age Problems<br/>-<br/>Civil Engineering Past Board Exam Problems: <br/>in Mathematics, Surveying, and Transportation Engineering.<br/>-<br/>If You Like this video..please do click the \")
⏲ 6:12 👁 10K
_ce-mste-practice-problem-2-applied-mathematics-surveying-transportation-and-construction.webp "Estimate the actual Bucket Load, in bank cubic meters (BCM), for a loader bucket whose heaped capacity is 3.82 mThe soil’s bucket fill factor is 0.9 and its loader factor is 0.8<br/>-<br/>paki pindot po sa \")
⏲ 1:39 👁 5K
_ce-mste-practice-problem-3-applied-mathematics-surveying-transportation-and-construction.webp "Find the expected production in loose cubic meter (LCM) per hour of a 2.3 cu. m. hydraulic shovel equipped with a front dump bucket. The material is common earth with a bucket fill factorof 1.0 .The average angle of swing is 75 degrees, and job efficiency is 0.80<br/>-<br/>paki pindot po sa \")
⏲ 3:17 👁 10K
_ce-mste-practice-problem-4-applied-mathematics-surveying-transportation-and-construction.webp "Determine the expected dragline production in loose cubic meter (LCM) per hour based on the following information<br/>Dragline size = 1.5 cu.m<br/>Swing angle = 120 deg<br/>average depth of cut = 2.4 m<br/>Material = common earth<br/>Job Efficiency = 50min/hr <br/>Soil swell = 25%<br/>-<br/>paki pindot po sa \")
⏲ 3:25 👁 10K
_ce-mste-practice-problem-4-applied-mathematics-surveying-transportation-and-construction.webp "Determine the expected dragline production in loose cubic meter (LCM) per hour based on the following information<br/>Dragline size = 1.5 cu.m<br/>Swing angle = 120 deg<br/>average depth of cut = 2.4 m<br/>Material = common earth<br/>Job Efficiency = 50min/hr <br/>Soil swell = 25%<br/>-<br/>paki pindot po sa \")
⏲ 2:49 👁 5K
_ce-board-mste-problem-2-engineering-mathematics-ce-april-2023.webp "CE APRIL 2023 - The machine has an owning and operating cost of $40.5 per hour. Operator in the area where the proposed work will be performed are paid a wage of $15.5 per hour. What is the unit cost for pushing the material?<br/><br/>-<br/>paki pindot po sa \")
_ce-board-mste-problem-1-engineering-mathematics-ce-april-2023.webp "CE APRIL 2023 - A power Shift Crawler Tractor has a rated blade capacity of 7.65 loose cu. m (LCM). The dozer is excavating loose common earth and pushing it a distance of 61 m. max reversed speed in third range is 8 kph. Estimate the Production of the dozer if Job efficiency is 50min/hr, fixed time = 0.05 min, dozing speed = 4 kph<br/><br/>-<br/>paki pindot po sa \")
_ce-board-mste-problem-6-engineering-mathematics-ce-nov-2021.webp "CE NOV 2021 - Estimate the hourly production in loose volume (LCM) of a 2.68 m wheel loader, excavating sand and gravel (average material) from a pit and moving it to a stockpile. The average haul distance is 61 m .Effective Grade is 6%, bucket fill factor is 1.0 , and Job efficiency is 50 min/hr<br/>Basic Time Cycle = 0.50 min<br/>Travel Time = 0.30 min<br/>-<br/>paki pindot po sa \")
_ce-board-mste-problem-5-engineering-mathematics-ce-nov-2023.webp "CE NOV 2023 - Find the expected production in loose cu.m (LCM) per hour of a small hydraulic excavator. Heaped bucket capacity is 0.57 m .The material is sand and gravel with a bucket fill factor of 0.95 .Job efficiency is 50min/hr .Average depth of cut is 4.3 m. max. depth of cut is 6.1 m and average swing is 90<br/><br/>Hint: Production = C * S * V * B * E<br/><br/>Cycle output = 250 cycles per 60 min<br/>Swing depth factor = 1.0<br/>-<br/>CE Board MSTE Problem 5 (Mathematics, Surveying, Transportation, and Construction) - CE Nov 2023<br/>-<br/>paki pindot po sa \")
Related Video Searches
Back to Search
Search part sec Desi Porn
Search part sec MMS Porn
Search part sec XXX Videos
Search part sec HD Videos
Search part sec XXX Posts
Search part sec Photos
Search part sec Leaks
Search part sec Web Series
Search part sec Pics
Search part sec VIP XXX
_ce-mste-practice-problem-2-applied-mathematics-surveying-transportation-and-construction.jpg)
_ce-mste-practice-problem-3-applied-mathematics-surveying-transportation-and-construction.jpg)
_ce-mste-practice-problem-4-applied-mathematics-surveying-transportation-and-construction.jpg)
_ce-mste-practice-problem-4-applied-mathematics-surveying-transportation-and-construction.jpg)
_ce-board-mste-problem-2-engineering-mathematics-ce-april-2023.jpg)
_ce-board-mste-problem-1-engineering-mathematics-ce-april-2023.jpg)
_ce-board-mste-problem-6-engineering-mathematics-ce-nov-2021.jpg)
_ce-board-mste-problem-5-engineering-mathematics-ce-nov-2023.jpg)
![[+]](/images/menu.gif){kind=small}