The increased pessimism will affect the aggregate demand curve by: shifting the aggregate demand curve to the left.
<h3>What is Aggregate Demand Curve?</h3>
An aggregate demand curve can be described as curve that shows the total spending that is made on domestic goods and services based on different price levels.
When the aggregate demand curve shifts to the right, it means demand is increased. However, wen aggregate demand curve shifts to the left, it means demand decrease.
Recession that happened in 2007-2009 that made many consumers pessimistic about their future incomes discourages buying. This leads to a decrease in demand which will make the aggregate demand curve to shift to the left.
Therefore, the increased pessimism will affect the aggregate demand curve by: shifting the aggregate demand curve to the left.
Learn more about aggregate demand curve on:
brainly.com/question/17118208
#SPJ4
Answer:
The inventory would be increased by $55,283 and the profit has been decreased by the same amount.
Explanation:
The reason is that the closing inventory has been increased by the difference of the correct and incorrect amount which is:
Closing inventory difference = $225,513 - $170,230 = $55,283
This will increase the closing inventory in the balance sheet and the increase in the closing inventory will decrease the cost of goods sold. The lower the cost of goods sold the greater is the profit.
Answer:
$218,400
Explanation:
The computation of contribution margin is here below:-
Units Cost per unit Total
Sales 6,000 $88 $528,000
Less:
Variable production cost 6,000 $40.8 $244,800
Variable selling and
administrative costs 6,000 $10.8 $64,800
Contribution margin $218,400
Therefore the we multiplied the sale unit with cost per unit, in the similar way we multiplied the Variable production cost unit with cost per unit and Variable selling and administrative costs with cost per unit to reach the contribution margin.
Answer:
Bond price= $1,210.4
Explanation:
Giving the following information:
Coupon rate= 0.079/2= 0.0395
YTM= 0.056/2= 0.028
Face value= $1,000
n= 13*2= 26
<u>To calculate the price of the bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond price= 39.5*{[1 - (1.028^-26)]/0.028} + [1,000 / 1.028^26]
Bond price= 722.67 + 487.73
Bond price= $1,210.4
Answer:
Travel Attendants.
Lodging Managers.
Meeting, Convention, and Event Planners.
Food Service Managers.
Holiday Counselor.
Explanation:
