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WorksheetsOT- Units-4,5,6 quiz
Total questions: 20
Worksheet time: 20mins
In any balanced transportation problem with m sources n destinations, there have to be ___ basic cells
m+n−2
m−n+1
m+n−1
m+n+1
Other name of Least Cost Entry Method
Matrix Method
Maxima Method
Vogel’s Approximation Method
Matrix Minima Method
The given transportation problem is said to be unbalanced when
Other name of MODI method
u-u method
u-v method
v-v method
None
Identify special case of transportation problem
North-West corner rule
Degeneracy
Vogel’s Approximation Method
Least Cost Entry Method
Identify Fibonacci Series
1,2,3,4,5,………
1,1,2,4,8,16,…..
1,1,2,3,5,8,….
0,1,1,2,3,5,….
Other name of steepest descent method
Powell’s Method
Cauchy’s Method
Fibonacci Method
Univariate Method
Identify the interpolation method
Penalty Method
Powell’s Method
Univariate Method
Quadratic
SUMT are also known as
Gradient Methods
Non-Gradient Methods
Penalty Method
None
Interior
Exterior
Mixed
None
Find the 2 missing Fibonacci numbers between 5 and 21
13,17
13,18
7,19
8,13
Fibonacci Search is a
One –dimensional elimination method
one-dimensional substitution method
two–dimensional elimination method
two-dimensional substitution method
Powell’s method uses
No derivatives
First derivatives
Second derivatives
Partial derivatives
The sub problem of a main problem in a Dynamic Programming Problem is said to be
State
Function
Recursion
Stage
Final stage decision is first solved in _______ Recursion
Forward
Backward
Upward
Downward
Which of the following is considered as recursive optimization ?
Linear programming problem
DynamicProgrammig Problem
Assignment Problem
Transportation Problem
The optimality principle to solve Dynamic Programming Problem is given by
Dantzig
Richard Brown
Richard Bellman
Kimball
An ________ means a set of decisions at a given stage
state
stage
optimal policy
problem
An Linear Programming Problem solved by using dynamic programming problem method assumes the variables as........
States
stages
Recursions
Return Functions
Dynamic Programming problem cannot applied to
Production scheduling problems
Inventory problems
Network Analysis
Behavioral problems
