Answer:
C(100) = (75 x 100) + (200 x 100) = $27,500
Explanation:
the initial cost function of producing bikes is:
C(x) = 75F + 100W
the initial cost to produce 1 bike = $75 + $100 = $175
if the cost of wheels increase to $100 each, then the cost function is:
C(x) = 75F + 200W
in this case, there is not much to calculate since every bicycle must have 1 frame and 2 wheels, that means that in order to produce 100 bicycles you will necessarily need 100 frames and 200 wheels. Labor is not considered in this cost function, so any cost minimization strategy is limited to using the minimum amount of parts:
C(100) = (75 x 100) + (200 x 100) = $27,500
When supply goes down, the equilibrium price goes up. This is because if there is a smaller supply the good becomes more valuable to people who want the good.
To break even they must be able to sell 1,100 tickets during the event.
The immediate cost is set at
$2,000 (player fees) + $1600 (worker fees) = $3,600
Assuming that fans would reach around 200 people that would be:
$3 X 200 =$600 (free bat costing)
Overall cost would be at: $3,600 + $600 = $4,200
To break even the computation will be as follows:
2,500 tickets X $5 = $12,500
$12,500 - $4,200 = $8,300 in earnings
Answer:
<em><u>Convenience products.</u></em>
Explanation:
Convenience products are those goods or services that are purchased by the consumer with high frequency without comparison criteria or high purchasing efforts. These products are widely distributed so that the consumer has the availability of purchase at any time. Examples include magazines, fast food, detergents and beverages.
Some of its features are:
- Low price,
- Classified as non-durable goods,
- High frequency of replacement at points of sale,
- Easy replacement products
