Answer:
It will be demanded more or used more because as we advance in technology more people will start to use these new electronics so many people with get their eyesight ruined by the constant blue light their eyes are receiving which will lead to people getting laser eye surgery to fix their damaged eyes.
Explanation:
Answer:
ELASTIC
DECREASING PRICE
Explanation:
Price elasticity of demand measures the responsiveness of quantity demanded to changes in price of the good.
If the absolute value of price elasticity is greater than one, it means demand is elastic. Elastic demand means that quantity demanded is sensitive to price changes.
The demand for your parking lot spaces is elastic. if the price of parking is reduced, the demand for parking would rise
True! Instances of babies that are treated poorly both mentally and physically can equally affect the mental health of that child as they grow up.
Answer:
15 ounces.
Explanation:
The first ounce is worth 0.40, and the additional x ounces are worth 0.25 each. So, the inequality should be Y > A + B * X, where Y is equal to 4, A is the value of the first ounce (0.4), B is the value of the additional ounces (0.25) and x is the quantity of additional ounces.
- 4 > 0.4 + x * 0.25
- 4 - 0.4 > 0.25x
- 3.6/0.25 > x
- 14,4 > x
14 is the maximum of additional ounces that can be mailed, we have to add the first one, for a total of 15 whole ounces that can be mailed for no more than $4.
Answer:
the average cost per unit that should be used to determine the cost of the units sold on January 28 is $ 59.00
Explanation:
The Weighted Average Cost Method calculates the new cost of Inventory with each purchase of Inventory.
The Perpetual Inventory System records the cost of inventory sold with each sale made.
<u>Calculation of the new cost of Inventory with each purchase of Inventory :</u>
January 10:
Cost per Unit = Total Cost / Total Number of Units
Cost per Unit = (( 600 units × $55 per unit ) + ( 1000 units × $59 per unit )) / 1600 units
= $ 57.50
January 20:
Cost per Unit = Total Cost / Total Number of Units
Cost per Unit = (( 1600 units × $57.50 per unit ) + ( 800 units × $62 per unit )) / 2400 units
= $ 59.00
There were no further purchases from this point
Thus cost per units remains at $ 59.00
Therefore the average cost per unit that should be used to determine the cost of the units sold on January 28 is $ 59.00