تحليل كمي كويز ماده الميد mohammad bzour
Quantitative Analysis Quiz
Test your knowledge and understanding of quantitative analysis in decision-making with our engaging quiz. Challenge yourself with a variety of questions that cover key concepts and principles essential in this field.
- Multiple-choice questions
- Real-world scenarios and applications
- Instant feedback on your answers
The third Step of the Scientific approach in decision making is
. Problem Definition
. Solution testing
Model construction
Observation e. Implementation
2) A pessimistic decision making criterion is
A. maximax
Minimax regret
. Maximin
Equally likely
. Decision making under risk
3) A university is planning a seminar. It costs $6000 to reserve a room, hire an instructor, and bring in the equipment. Assume it costs $40 per student for the administrators to provide the course materials. If we know that 25 people will attend, and the price will be charged per person is $350. The profit will be:
A. -850
B. 1750
C. 2400
D. 1780
4).A university is planning a seminar. It costs $4100 to reserve a room, hire an instructor, and being the equipment. Assume it costs $35 per student for the administrators to provide the course materi If we know that 50 people will attend, what price should be charged per person to break even?
D ) 117$
A ) 57$
B ) 127$
C ) 306 $
E ) none of the above
5) Administrators at a university will charge students $150 to attend a seminar. It costs $3600 to reserve a room, hire an instructor, and bring in the equipment. Assume it costs $30 per student for the administrators to provide the course materials. How many students would have to register for the seminar for the university to break even?
A ) 175 $
B ) 200$
C ) 32$
D ) 24 $
E) 30$
6) Assume that , the total cost is 4600$ and variable cost per unit is 14$ , the price is 16 $ . Q=5 . Calculate the BEP
A) 2,300 $
B) 2,265 $
C) 3,125 $
D) NON
1) The expected value equals …………. In decision……….
A) 480 , B
B) 723 , C
C) 615 , A
D) 275 , A
2) According to minimax regret criterion, the best Alternative at value ……..
C) 230
D) 530
B) 600
A) 170
3) Maximin criterion is
B) 133.33
A) 270
C) 350
D) 60
4) According to Equal likleyhood criterion, the best Alternative at value ……..
A) 270
C) 343.3
B) -10
D) 28
5) According to Hurwitz criterion (a=0.4), the best Alternative at value ……..
A) 296
B) -10
D) 324
C) 28
NON
6) The expected opportunity loss equals …………. In decision……….
A) 400 , B
B) 183 , C
C) 60 , A
D) 565 , A
7) The expected value with perfect information equals ………….
A) 254
B) -10
D) 669
C) 598
E) 675
8) The expected value of perfect information equals ………….
B) 60
A) 250
C) 522
D) 669
1) The number of units that should be transported from Source 2 to destination 2 is
A) 300
B) 320
C) 7
D) 2,240
Non
2) The number of units that should be transported from Source 3 to destination 3 is
A) 300
B) 320
D) 2,240
C) 7
Nothing
3) The total transportation cost are :
A) 8,080
B) 8,060
C) 8,240
D) 8,680
E) 8,800
What is the Initial Total cost using North-West method Select one:
A. 26,000 $
b. 52000 $
D. 53.500 $
C. 35.500 $
A pessimistic manager decides on the …………….. When it comes to cost
B. minimax
A. maximax
C. Maximin
. Equally likely
E. Decision making under risk
What is the Initial Total cost using minimum cell then Stepping stone method Select one
A. 4,525 $
B 4,500
C. 1,650 $
D. 1,750$
There is fixed cost of $50,000 to start a production process. Once the begun, the variable cost per unit is $25. The price per unit is projected to be $45, and the volume of production will be 500. The total revenue will be
$22.500
12,500
612,500
61,250
Administrators at a university will charge students $150 to attend a seminar. It cost $3000 to reserve a room, hire an instructor, and bring in the equipment. Assume it $25 per student for the administrators to provide the course materials. How many students would have to register for the seminar for the university to break even?
C) 17
B) 20
D) 4
A) 24
For any transportation problem, if all the unused cells improvement indices are more than or equal to zero, we have reached an optimal solution
Fales
True
A……………. Model assumes all values in the known with complete uncertainty
Realistic
Probabilistic
Deterministic
Wish-come-true
If the total demand is less than the total supply in transportation problem . then
The minimum cost cell to add the difference
A dummy (column) must be added
A dummy source (row) must be added
A new row and column are needed to balance the case
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