Let
z----------------- > Price Elasticity
x----------------- > % Change in Quantity
y----------------- > % Change in Price
we Know that
Price Elasticity = (% Change in Quantity) / (% Change in Price)----> z=x/y
z=-2
y=-10%
x= <span>?
</span>z=x/y---------------- > x=z*y=(-2)*(-10)=20 %
% Change in Quantity=20%
Part A) how many pizzas will he sell if he cuts his price by 10%?
He will sell (500 +20 %)----------> 500*1.2=600 pizzas per week
the answer part A is 600 pizzas per week
Part B) <span>how will his revenue be affected?
<span>initial revenue per week
</span>500 pizzas*</span><span>$20 =$10000
final revenue per week
(500 pizzas+20%) *(</span>$20-10%)=600 pizzas*$18=$10800
$10800-$10000=$800
<span>
the answer part B is
His revenue </span><span>will increase $800 per week</span>
Brenda, who was planning a small dinner party and she found at the store a buy-one-get-one-free deal and a free gift with the purchase of a particular dessert, altered the menu as a result of the in-store promotion and ended up spending less than she'd planned. This shows that shopping situations can influence purchases, In this case, promotions in stores can influence purchase decisions.
Answer:
False
Explanation:
The assertion is false that when LIFO is used with the periodic inventory system, cost of goods sold is assigned costs from the most recent purchases at the point of each sale, rather than from the most recent purchases for the period.
Under this method it is <u>at the end of the accounting year that the Inventory account is adjusted to equal the cost of the merchandise that is unsold.</u>
It is important to note that under LIFO periodic (not LIFO perpetual) <u>we wait until the entire year is over before assigning the costs. </u>Then we flow the year's last costs first, even if those goods arrived after the last sale of the year.
