Answer :
The maximum you can pay the labour to do the work is $33.343 per hour, and it will take two individuals 50 days (working 10 hours per day) to complete the excavation work.
To determine the maximum amount, you can pay the labour and the number of days it will take for two individuals to complete the hand excavation work, we need to consider the budget, labour productivity, and the amount of work to be done.
Calculate the total number of hours required:
Total cubic yards to be excavated: 2000 cyds
Labor productivity: 2 cubic yards per hour
Total number of hours required: Total cubic yards / Labor productivity.
Determine the maximum amount you can pay the labour:
Budget: $33,343
Maximum amount you can pay the labour: Budget / Total number of hours required.
Calculate the number of 10-hour days required for two individuals:
Total number of hours required for the job: Total number of hours required.
Number of individuals working: 2
Number of 10-hour days required: Total number of hours required / (Number of individuals * Hours per day)
Let's calculate the maximum amount you can pay the labour and the number of days required for two individuals to complete the work:
Total number of hours required = 2000 cyds / 2 cyds per hour
Total number of hours required = 1000 hours
Maximum amount you can pay the labour = $33,343 / 1000 hours
Maximum amount you can pay the labour = $33.343 per hour
Number of 10-hour days required = 1000 hours / (2 individuals * 10 hours per day)
Number of 10-hour days required = 50 days
Therefore, the greatest wage you may offer the labourers is $33.343 per hour, and it will take two people 50 days to finish the excavation task (working 10 hours per day).
To learn more about excavation work from the given link.
https://brainly.com/question/28079435
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