Answer:
The correct answer is (D)
Explanation:
Actual adjusted budget and cyclically adjusted budget are critical to obtain full employment in the economy. Although, it is quite difficult to achieve full employment rate, but if an economy achieves it, the actual budget is can be equal to cyclically adjusted budget. This means, an economy’s expenditures are exactly equal to spending. It can only be achieved when an economy's GDP is at full potential.
slope of this demand curve for pizza = <u>-1/40</u>
<h3>
Briefly explained</h3>
Slope = changes in y/ changes in x
The shop sells 200 more pizzas if the price drops by $5 ($10 to $5). (100 to 300 pizzas) A good's quantity is always on the x-axis and its price is always on the y-axis. According to our justification, the cost is REDUCED by $5 (a reduction of -$5) and the quantity of pizzas sold rises by 200. The slope is therefore <u>-5/200 or -1/40.</u>
<h3>
What is demand curve?</h3>
The demand curve is a graphical depiction of the connection between the cost of a commodity or service and the quantity required over a specific time period.
The price will often be shown on the left vertical axis in a representation, and the amount needed will typically be shown on the horizontal axis.
Learn more about demand curve
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Answer:
C) $4,000
Explanation:
To calculate economic profit we can use the following formula:
economic profit = total revenue - (accounting costs + implicit costs) = (total revenue - accounting cost) - implicit costs
where:
- accounting profit = total revenue - accounting cost = $50,000
- implicit costs: ($20,000 x 5%) + $45,000 = $1,000 + $45,000 = $46,000
economic profit = $50,000 - $46,000 = $4,000
Answer:
Order size = 23 cars
The number of orders = 23
Explanation:
The economic order quantity (EOQ) is the order size that reduces the balance of holding and ordering cost. It is to be noted that at EOQ, the carrying cost is equal to the holding cost.
The EOQ is computed as shown below;
= √ 2 × Co × D)/Ch
Co = Ordering cost
D = Annual demand
Ch = Carrying cost
EOQ = √ 2 × 500 × 529 / 1,000
EOQ = 23
Number of cars to be ordered per time, I.e optimal order size = 23
Order size = 23 cars
2. The number of times orders should be placed per year would be calculated as;
Number of orders = Annual demand / Order size
Number of orders = 529 / 23
Number of orders = 23
The answer is letter a, it is because when doing a successful pitch or in order to achieve one, a person is not even required to stand behind a podium as it does not necessarily need or refer to a specific place to stand on when delivering a pitch but it is more important to show the product or service to attract the consumers.
