19. Consider the following transportation problem (Cell values written as monetary valuesrepresent unit transportation costs.)SupplyCustomerSupplierAB$1$2$3600Сарасity300200500$3$4$3$1123Demand$2$2100300Letting xij represent the transported quantity from supplier i to customer j, formulate theconstraint for customer C.A. X3A + X3,B +x3,c < 500B. X1c +X2c + x3c < 500C. X3,4 +X3B +x3,c = 300D. X1c +X2c +x3,c = 300

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Description: 19. Consider the following transportation problem (Cell values written as monetary valuesrepresent unit transportation costs.)SupplyCustomerSupplierAB$1$2$3600Сарасity300200500$3$4$3$1123Demand$2$2100300Letting xij represent the transported quantity

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19. Consider the following transportation problem (Cell values written as monetary values represent unit transportation costs.) Customer Supply A B Supplier Сараcity 300 1 $3 $3 2 $2 $3 600 $4 200 $2 100 3 $2 500 Demand 300 Letting xij represent the transported quantity from supplier i to customer j, formulate the constraint for customer C. A. X34 +X38 +x3,c < 500 B. X1c +x2c +x3c < 500 C. X34 +x3B +x3,c = 300 D. X1c +x2c +x3,c = 300 %3D

19. Consider the following transportation problem (Cell values written as monetary values represent unit transportation costs.) Customer Supply A B Supplier Сараcity 300 1 $3 $3 2 $2 $3 600 $4 200 $2 100 3 $2 500 Demand 300 Letting xij represent the transported quantity from supplier i to customer j, formulate the constraint for customer C. A. X34 +X38 +x3,c < 500 B. X1c +x2c +x3c < 500 C. X34 +x3B +x3,c = 300 D. X1c +x2c +x3,c = 300 %3D

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

19. Consider the following transportation problem (Cell values written as monetary values
represent unit transportation costs.)
Supply
Customer
Supplier
A
B
$1
$2
$3
600
Сарасity
300
200
500
$3
$4
$3
$1
1
2
3
Demand
$2
$2
100
300
Letting xij represent the transported quantity from supplier i to customer j, formulate the
constraint for customer C.
A. X3A + X3,B +x3,c < 500
B. X1c +X2c + x3c < 500
C. X3,4 +X3B +x3,c = 300
D. X1c +X2c +x3,c = 300

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