The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Question

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Answer 1

Question

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

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Answer 2

Question

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

Answer 6

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

Answer 7

Chapter 5, Problem 5.1P

To determine

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Answer 8

Expert Solution & Answer

Explanation of Solution

Given:

Population of town is $100000$ .

Calculation:

Assume the following;

Municipal waste generation is $4.5 lb/person/day$ .
The pickers can salvage $1000 lb/hour/person$ .
Working time is $8 hour/day$ .
Rate of picking is $$10 per hour$ .

Write the expression to calculate the manpower.

$M=P×qph×t$ ...... (I)

Here, the manpower required is $M$ , the population is $P$ , the solid waste production per capita per day is $q$ and the handpicking rate is $ph$ .

Substitute, $100000 person$ for $P$ , $4.5 lb/person/day$ for $q$ , $1000 lb/hour/person$ for $ph$ and $8 hour/day$ for $t$ in Equation (I).

$M=( 100000 person)×( 4.5 lb/ person / day )( 1000 lb/ hour / person )×( 8 hour/ day )=( 450000 8000) person=56.25 person≈57 person$

Write the expression to calculate the required cost.

$C=M×t×s$ ...... (II)

Here, the cost for manpower per day is $C$ and the hourly salary rate is $s$ .

Substitute $57 person$ for $M$ , $8 hour/day$ for $t$ and $$10 per hour$ in Equation (II).

$C=(57 person)×(8 hour/day)×($10 per hour)=$4560 per day$

Conclusion:

Thus, the number of personnel required are $57 person$ .

The cost required is $$4560 per day$ .

The major problem of this proposal is that it has significant effects on the health of manpower.

The solid waste contains volatile compounds that can be absorbed by the body.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Ch. 5 - Prob. 5.1P Ch. 5 - Prob. 5.2P Ch. 5 - Prob. 5.3P Ch. 5 - Prob. 5.4P Ch. 5 - Prob. 5.5P Ch. 5 - Prob. 5.6P Ch. 5 - Prob. 5.7P Ch. 5 - Prob. 5.8P Ch. 5 - Prob. 5.9P Ch. 5 - Prob. 5.10P

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Concept explainers

The personnel and cost required to sort all the refuse from a town and the description of problems involved in its implementation.

Explanation of Solution

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Chapter 5 Solutions