Incomplete question. However, it would be inferred you want to know the requirements to calculate net income.
<u><em>Explanation</em></u>:
Remember, net income is total revenue minus total cost. Since Apple anticipates selling 100,000 units, if we assume the fixed cost to be $2,400 and the variable cost $34, and selling price unit is $150.
- Total cost= 2400+ (34*100,000)= 3,400,000
- Total Revenue= 150*100,000= $15,000,000
- Net income= 15,000,000-3,400,000= $11,600,000
The Net income is therefore $11,600,000.
Answer: Both A and C
Explanation:
The Phil's filling gas station operates on a highway was solo in that area and had no other gas stations nearby.It enjoyed the profit .
Sooner a new gas station opened near Phil's gas station.The profit of the Phil's gas station started decreasing. This was because the it has to lower prices to increase its demand and as there were substitutes available in the market now, people moved to another gas stations for their need.
Both of the cases will decrease its profit.
Answer:
Objective function:
Maximize Z: 30P1 + 25P2 + 28P3
Subject to: 2.00P1 + 1.50P2 + 3.00P3 ≤ 450 (Department A constraint)
2.50P1 + 2.00P2 + P3 ≤ 350 (Department B constraint)
0.25P1 + 0.25P2 + 0.25P3 ≤ 50 (Department C constraint)
P1, P2, P3 ≥ 0 (Non-negativity)
Explanation:
The objective function is formulated from the contribution margin of the three products. For instance, the contribution of Product 1 is $30, the contribution of Product 2 is $25 and the contribution of Product 3 is $28. Thus, the objective function will be 30P1 + 25P2 + 28P3.
The constraints were obtained from the departmental labour hours requirements for each product. For instance, Product 1 requires 2 hours in department A, Product 2 requires 1.50 hours in department A and Product 3 requires 3 hours in Department A. Thus, the constraint will be 2.00P1 + 1.50P2 + 3.00P3.
Answer:
Check th explanation
Explanation:
2a.
Here, we will have to apply the economic production quantity as we have to identify optimal production quantity to minimize the cost.
Annual Demand D = 60000
Working Days = 240
Daily Demand d= 60000/240 = 250
Production Rate p = 300
Set up cost S = 150
Holding cost H = 3
Economic Production Quantity Q = (2DS/(H*(1-(d/p))))^(1/2)
Q = (2*60000*150/(3*(1-(250/300))))^(1/2)
Q = 6000 units
Answer:
- The data will be acquired faster
- The data will be acquired on a cheper price
- It offers different perspective
- Eliminate bias from self-made research
Explanation:
Secondary sources are a form of data that is created by people who are not directly involved in the event. They do not experience in the event nor involved in the initial experiment that contributed to the event.
The data will be acquired faster since the food exporter do not have to arrange the research themselves. This eliminate the need to purchase research equipment and hiring researcher workers, which will lead to lower cost.
Not only that, using secondary sources will allow them to analyze the data from a neutral position. They do not developed bias that might come from making a conclusion by their own. They could also easily gather similar data from different sources in order to measure the data's accuracy.