The application of assignment problems is to obtain
a.only minimum cost.
b.only maximum profit.
c.minimum cost or maximum profit.
d.assign the jobs.
The application of assignment problems is to obtain Read More »
a.only minimum cost.
b.only maximum profit.
c.minimum cost or maximum profit.
d.assign the jobs.
The application of assignment problems is to obtain Read More »
a.down in the next row.
b.up in the next row.
c.right cell in the next column.
d.left cell in the next row.
In North West corner rule if the supply in the row is satisfied one must move. Read More »
a.left cell in the next column.
b.right cell in the next row.
c.right cell in the next column.
d.left cell in the next row.
In North West corner rule if the demand in the column is satisfied one must move to the Read More »
a.dummy row with cost 0.
b.dummy column with cost 0.
c.dummy row with cost 1.
d.dummy column with cost 1.
In transportation problem if total supply < total demand we add Read More »
a.dummy row with cost 0.
b.dummy column with cost 0.
c.dummy row with cost 1.
d.dummy column with cost 1.
In transportation problem if total supply > total demand we add Read More »
a. greater than m+n-1.
b. lesser than m+n-1.
c. greater than or equal to m+n-1.
d. lesser than or equal to m+n-1.
a.degenerate solution.
b.non-degenerate solution.
c.optimal.
d.basic feasible solution.
Purpose of MODI method is to get Read More »
a.supply.
b.demand.
c.supply and demand.
d.either supply or demand.
a.maximizes or minimizes the transportation cost.
b.maximizes the transportation cost.
c.minimizes the transportation cost.
d.has degenerate solution.
The basic feasible solution to a transportation problem is said to be optimal if it Read More »