<h2>(D.), organize an in-store event.</h2>
Answer:
Increase quantity to where AC = MC = D=AR=MR
Explanation:
A perfectly competitive market is where there are many firms in the industry producing homogeneous products. There is ease of entry and exit into and out of the market. They are price takers and earn normal profits in the long-run. In order to maximize profits, a firm in a perfectly competitive industry should produce an the quantity where its average cost is equal to marginal cost when AR = MR = D. In other words, when the AC and MC curves intersect with AR = MR = D curve.
<em><u>Please refer diagram</u></em>
The firm is currently producing at a point where AC > MC at quantity 1000. In order to reach AC = MC, the firm has to increase its quantity to Qe. As it increases quantity, although marginal cost increases, average cost falls because now fixed costs are spread over a larger quantity of output.
At Qe, the three curves intersect and is the point where this firm can maximize its revenue (Price = Pe). At a price higher than this, it would lose customers since there are many others producing the same product and customers can easily shift to another.
Answer:
The correct answer is inertia.
Explanation:
Inertia is called in physics the resistance that bodies oppose to modify their state of motion or stillness, either to alter their speed, their course or to stop; although the term also applies to the modifications of your physical state.
A body, thus, requires a force that overcomes inertia to alter its trajectory, which would otherwise adhere to the laws of uniform rectilinear motion, or to initiate a movement, otherwise it would remain at rest. This, of course, considering that there is no rest or rectilinear and uniform movement in the universe, except based on a reference (observation) system. That is why it is preferred to speak of "relative rest."
Answer:
6.95
Explanation:
Coupon rate = $69.50/$1,000 = .0695, or 6.95 percent
Answer
2
Explanation:
Cost index in dollar - value LIFO method is used to determine the change in prices since the beginning of he base year by comparing the year end inventory to the base layer cost.
The extended cost of the ending inventory at the most recent price is divided by the cost of the ending inventory at the base year price.
Workings
Cost in term of base layer = $50,000
Cost in term of the layer layer $100,000
Cost index = 100000/50000 = 2