8. Solve with Python. A civil engineer involved in the construction requires 4800, 5810, and 5690 m³ of sand, fine gravel, and coarse gravel, respectively, for a building project. There are three pits from which these materials can be obtained. The composition of this pits is Pit 1 Pit 2 Pit 3 Sand % 52 20 25 Fine Gravel % 30 50 20 Coarse Gravel % 18 30 55
8. Solve with Python. A civil engineer involved in the construction requires 4800, 5810, and 5690 m³ of sand, fine gravel, and coarse gravel, respectively, for a building project. There are three pits from which these materials can be obtained. The composition of this pits is Pit 1 Pit 2 Pit 3 Sand % 52 20 25 Fine Gravel % 30 50 20 Coarse Gravel % 18 30 55
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![8. Solve with Python. A civil engineer involved in the construction requires 4800, 5810, and 5690
m³ of sand, fine gravel, and coarse gravel, respectively, for a building project. There are three pits
from which these materials can be obtained. The composition of this pits is
Pit 1
Pit 2
Pit 3
Sand
%
52
20
25
Fine Gravel
%
30
50
20
Coarse Gravel
%
18
30
55
How many cubic meters must be hauled from each pit in order to meet the engineer's needs? Use
Python. [Hint: First you have to form the linear algebraic equations]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbfe9d25a-4775-4c82-aed5-03aabe9f56d3%2F9893a929-b61d-4ce8-8c71-580a6007eae5%2Fyd7jr1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8. Solve with Python. A civil engineer involved in the construction requires 4800, 5810, and 5690
m³ of sand, fine gravel, and coarse gravel, respectively, for a building project. There are three pits
from which these materials can be obtained. The composition of this pits is
Pit 1
Pit 2
Pit 3
Sand
%
52
20
25
Fine Gravel
%
30
50
20
Coarse Gravel
%
18
30
55
How many cubic meters must be hauled from each pit in order to meet the engineer's needs? Use
Python. [Hint: First you have to form the linear algebraic equations]
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