Q.1: “Marginal Cost” for B is: a) $45 b) $0 c) -$1 d) none of these
Q.2: “Marginal Cost for V is: a) -$1 b) $1 c) $0 d) none of these
Q.3: If you were asked to produce V, the lowest price for V that is acceptable to you: a) $46 b) $91 c)$88 d) $87
Q.4: Suppose the SE is available for only 1000 min. Then Objective Function Value, OFV = $13125 a) True b)False
Q.5: Suppose the SE is available for1800 min. Then Objective Function Value, OFV = $14925 a) True b)False
Homework Answers
![40, 35, op 느]](http://img.homeworklib.com/images/6df2f565-92c5-4072-8a29-b89c8f682675.png?x-oss-process=image/resize,w_560)
Add Answer to:
Q.1: “Marginal Cost” for B is: a) $45 b) $0 c) -$1 d) none of these Q.2: “Marginal Cost for V is:...
MaxTotal Revenue= Max $45 B + $120 P +$89 V Software Engineer (SE) 20 B+5 P + 40 V QC Manager: De...
MaxTotal Revenue= Max $45 B + $120 P +$89 V Software Engineer (SE) 20 B+5 P + 40 V QC Manager: Demand for B: Demand for P: = 1400 minutes < 4000 minutes <- 60 units <-100 units 15 B 30 P 35 V Objective Cell (Max) Cell Name Original Value Final Value SF$3 Objective 254 14025 Variable Cells Cell $C$3 # Produced Basic $D$3 # Produced Premium SE$3 |# Produced Video Name Original Value Final Value 45 100 0...
MaxTotal Revenue Max $45 B $120 P +$89 V Software Engineer (SE) 20 B+5P 40 V QC Manager: Demand f...
MaxTotal Revenue Max $45 B $120 P +$89 V Software Engineer (SE) 20 B+5P 40 V QC Manager: Demand for B Demand for P: 1400 minutes 15 B 30 P + 35 V 4000 minutes 60 units <100 units Objective Cell (Max) Cell Name Original Value Final Value SF$3 Objective 254 14025 Variable Cells Cell $C$3 |# Produced Basic $DS3 |# Produced Premium SES3 Produced Video Name Original Value Final Value 1 1 1 45 100 0 Integer Contin Contin...
Decision Variables: B= # of Basic models to be produced, profits$45/unit P= # of Premium models t...
Decision Variables: B= # of Basic models to be produced, profits$45/unit P= # of Premium models to be produced, profit-$120/unit Objective: MaxTotal Profit Max $45 B $120 P Constraints: Software Engineer (SE): 20 B5 P QC Manager: Demand for B: Demand for P: Preferred product is: a)B b)P c)QC Manager d) SE e)none of these <= 2400 minutes 15 B+30 P 2400 minutes <=100 units <= 50 units
Decision Variables: B= # of Basic models to be produced, profits$45/unit P=...
Decision Variables: B= # of Basic models to be produced, profit=$45/unit P= # of Premium models...
Decision Variables: B= # of Basic models to be produced, profit=$45/unit P= # of Premium models to be produced, profit=$120/unit Objective: MaxTotal Profit= Max $45 B + $120 P Constraints: Software Engineer (SE): 20 B + 5 P <= 2400 minutes QC Manager: 15 B + 30 P <= 2400 minutes Demand for B: B <= 100 units Demand for P: P <= 50 units. Optimal production quantities are: a) B=100 & P=50 b) B=50 & P=60 c)B=60 & P=50...
(8 points) M&D Chemicals produces two products that are sold as raw materials to companies ma...
(8 points) M&D Chemicals produces two products that are sold
as raw materials to companies manufacturing bath soaps and laundry
detergents. Let A=number of gallons of product A B=number of
gallons of product B M&D’s objective is to satisfy all
requirements at a minimum total cost. Production costs are $2 per
gallon for product A and $3 per gallon for product B. The objective
function together with the constraints is given below:
Objective function:
Min
2A+3B
Subject to (s.t)
1A...
If you could sell 50 oz. of stabilizer at $2.25/oz, how would this affect profit? Adjustable Cells Final Reduced Objective Allowable Allowable Value Cost Coefficient Increase Decrease Cell $B$5 Varia...
If you could sell 50 oz. of stabilizer at $2.25/oz, how would
this affect profit?
Adjustable Cells Final Reduced Objective Allowable Allowable Value Cost Coefficient Increase Decrease Cell $B$5 Variable C $C$5 Variable P Name 100 350 0 1E+30 2 Constraints Final Shadow Constraint Allowable Allowable Value Price R.H. Side Increase Decrease 200 500 50 Cell Name $D$11 Fragrance LHS 1600 $D$12 Intensifier LHS 1300 $D$13 Stabilizer LHS 350 1600 166.6666667 1E+30 50 1.5 1800 350 2
Adjustable Cells Final...
If the per unit profit associated with producing the standard glove were to increase by $3...
If the per unit profit associated with producing the standard glove were to increase by $3 a pair, what would the impact be on the total profit? Obje ctive Cell (Max) Original Value Final Value Cell Name $B54 Obje ctive Function (Maxim ize Profit) 218 Variable Cells Integer 18 Contin 16 Contin Original Value Final Value Cell Name $B$1 X1(#of standard gloves) $852 X2(#of deluxe gloves) Constraints Cell Cell Value Formula Status Slack Name $B$8 1) Constraint#1 (le ather cutting...
HERE IS THE SENSITIVITY REPORT!!!!!!!!! PLEASE SHOW ALL WORK A B C D E F G...
HERE IS THE SENSITIVITY REPORT!!!!!!!!!
PLEASE SHOW ALL WORK
A B C D E F G H J K M N O 1 Transportation Model (Basic) Use Solver on Data Ribbon to solve 2 3 Input Matrix: Destinations C D A 4 1 4 7 7 1 100 5 SUPPLY 8 8 2 12 3 200 6 5 3 10 16 150 7 90 80 120 160 8 Demand Required 10 Do not change or delete unshaded cells. 11 12...
Part I Suppose that in the market for paper, demand is P=100 - Q. The marginal private cost of producing paper is 10+ Q...
Part I Suppose that in the market for paper, demand is P=100 - Q. The marginal private cost of producing paper is 10+ Q. However, pollution generated by the production process creates a per unit external harm (i.e., negative externality) equal to 0.5Q (i.e., the level of the externality increases with the quantity produced). 16+1,5 Q (Social cret) 10+Q (private 0 36 45 Top a) What is the (unregulated) market equilibrium and quantity if the externality is not corrected for...
QUESTION 26 1 points Save Answer If the per unit profit associated with each pair of deluxe gloves is increase...
QUESTION 26 1 points Save Answer If the per unit profit associated with each pair of deluxe gloves is increased by $5, what is the impact on the optimal solution and on the total profit? Objective Cell (Max) Name Cell Original Value Final Value SBS4 Objective Function (Maximize Profit) 294 Variable Cells Cell Name Orginal Value Final Value Integer 24 Contin SBSI X11# of standard goes) X2 ( ะ of de luxe doves) SBS2 14 Contirn Constraints Cell Value Cell...
MaxTotal Revenue= Max $45 B + $120 P +$89 V Software Engineer (SE) 20 B+5 P + 40 V QC Manager: Demand for B: Demand for P: = 1400 minutes < 4000 minutes <- 60 units <-100 units 15 B 30 P 35 V Objective Cell (Max) Cell Name Original Value Final Value SF$3 Objective 254 14025 Variable Cells Cell $C$3 # Produced Basic $D$3 # Produced Premium SE$3 |# Produced Video Name Original Value Final Value 45 100 0...
MaxTotal Revenue Max $45 B $120 P +$89 V Software Engineer (SE) 20 B+5P 40 V QC Manager: Demand for B Demand for P: 1400 minutes 15 B 30 P + 35 V 4000 minutes 60 units <100 units Objective Cell (Max) Cell Name Original Value Final Value SF$3 Objective 254 14025 Variable Cells Cell $C$3 |# Produced Basic $DS3 |# Produced Premium SES3 Produced Video Name Original Value Final Value 1 1 1 45 100 0 Integer Contin Contin...
Decision Variables: B= # of Basic models to be produced, profits$45/unit P= # of Premium models to be produced, profit-$120/unit Objective: MaxTotal Profit Max $45 B $120 P Constraints: Software Engineer (SE): 20 B5 P QC Manager: Demand for B: Demand for P: Preferred product is: a)B b)P c)QC Manager d) SE e)none of these <= 2400 minutes 15 B+30 P 2400 minutes <=100 units <= 50 units
Decision Variables: B= # of Basic models to be produced, profits$45/unit P=...
(8 points) M&D Chemicals produces two products that are sold
as raw materials to companies manufacturing bath soaps and laundry
detergents. Let A=number of gallons of product A B=number of
gallons of product B M&D’s objective is to satisfy all
requirements at a minimum total cost. Production costs are $2 per
gallon for product A and $3 per gallon for product B. The objective
function together with the constraints is given below:
Objective function:
Min
2A+3B
Subject to (s.t)
1A...
If you could sell 50 oz. of stabilizer at $2.25/oz, how would
this affect profit?
Adjustable Cells Final Reduced Objective Allowable Allowable Value Cost Coefficient Increase Decrease Cell $B$5 Variable C $C$5 Variable P Name 100 350 0 1E+30 2 Constraints Final Shadow Constraint Allowable Allowable Value Price R.H. Side Increase Decrease 200 500 50 Cell Name $D$11 Fragrance LHS 1600 $D$12 Intensifier LHS 1300 $D$13 Stabilizer LHS 350 1600 166.6666667 1E+30 50 1.5 1800 350 2
Adjustable Cells Final...
If the per unit profit associated with producing the standard glove were to increase by $3 a pair, what would the impact be on the total profit? Obje ctive Cell (Max) Original Value Final Value Cell Name $B54 Obje ctive Function (Maxim ize Profit) 218 Variable Cells Integer 18 Contin 16 Contin Original Value Final Value Cell Name $B$1 X1(#of standard gloves) $852 X2(#of deluxe gloves) Constraints Cell Cell Value Formula Status Slack Name $B$8 1) Constraint#1 (le ather cutting...
HERE IS THE SENSITIVITY REPORT!!!!!!!!!
PLEASE SHOW ALL WORK
A B C D E F G H J K M N O 1 Transportation Model (Basic) Use Solver on Data Ribbon to solve 2 3 Input Matrix: Destinations C D A 4 1 4 7 7 1 100 5 SUPPLY 8 8 2 12 3 200 6 5 3 10 16 150 7 90 80 120 160 8 Demand Required 10 Do not change or delete unshaded cells. 11 12...
Part I Suppose that in the market for paper, demand is P=100 - Q. The marginal private cost of producing paper is 10+ Q. However, pollution generated by the production process creates a per unit external harm (i.e., negative externality) equal to 0.5Q (i.e., the level of the externality increases with the quantity produced). 16+1,5 Q (Social cret) 10+Q (private 0 36 45 Top a) What is the (unregulated) market equilibrium and quantity if the externality is not corrected for...
QUESTION 26 1 points Save Answer If the per unit profit associated with each pair of deluxe gloves is increased by $5, what is the impact on the optimal solution and on the total profit? Objective Cell (Max) Name Cell Original Value Final Value SBS4 Objective Function (Maximize Profit) 294 Variable Cells Cell Name Orginal Value Final Value Integer 24 Contin SBSI X11# of standard goes) X2 ( ะ of de luxe doves) SBS2 14 Contirn Constraints Cell Value Cell...
Most questions answered within 3 hours.
-
Explain how taking an SGLT-2 inhibitor, along with taking
insulin leads to ketoacidosis in people who...
asked 7 minutes ago -
Show the truth table of the
gates needed to control the PISO internal FF, has a...
asked 11 minutes ago -
If X ~ N(50; 100); Determine the value of '' k '' for both
situation:
a)...
asked 29 minutes ago -
In paired t-test, what's the difference between using pooled
variance and using the standard deviation of...
asked 30 minutes ago -
What are the major ethical theories, and how do they apply to
the role of a...
asked 30 minutes ago -
''Driving the call for multilateralism in trade at the summit
was Chinese President Xi Jinping, whose...
asked 24 minutes ago -
Present one method for changing health behavior that you think is
particularly effective.
Describe how one...
asked 32 minutes ago -
Is Goldicks negligent conduct committed within the
scope of his employment for Lapp Roofing liable
asked 45 minutes ago -
What are the effects of IMC-based PID controller and
Zeigler-Nicholas parameters on the specifications of a...
asked 49 minutes ago -
1. Explain the tem (10) Key Success Factors in Contemporary
Selling
asked 1 hour ago -
It's absolutely linked, the effectiveness of the CP Coordinator
and the success of the business impact...
asked 1 hour ago -
where does leadership reside in belief theory
asked 1 hour ago