Answer:
b. $1.87
Explanation:
Number of order taking costs = $20,592
Number of orders = 187,200
Cost of activity
= $20,592 ÷ 187,200
= $0.11
The Statement of overhead allocated is given below:-
Number of orders = 17
Cost per activity = $0.11
Cost
= 17 × $0.11
= $1.87
Therefore, the overhead is applied to the Tucker family account for order taking costs $1.87
Answer:
a.
P = $3.50 per gallon
b.
Equilibrium Quantity = 165 million gallons
Explanation:
a.
The equilibrium price is the price at which Quantity demanded equals quantity supplied. To calculate the equilibrium price using the given equations for demand and supply, we need to equate both equations.
<u>Equilibrium Price (P) calculation</u>
QD = QS
200 - 10P = -10 + 50P
200 + 10 = 50P + 10P
210 = 60P
P = 210 / 60
P = $3.50 per gallon
b.
The equilibrium quantity can be calculated by inserting the value of Price (P) in any of the equation for demand or supply.
Equilibrium Quantity = 200 - 10(3.50)
Equilibrium Quantity = 200 - 35
Equilibrium Quantity = 165 million gallons
The next step which <em>Heather should take </em>after she has gotten a fraudulent call asking for her <em>credit card details</em> is to hang up and call her credit card company using the 1-800 number on the back of her card to inquire about the issue or report the <em>attempted phone fraud.</em>
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As a result of this, we can see that Heather was a target of an attempted phone fraud where a caller asks her to give her 16-digit credit card details so that the supposed error could be cleared up.
It is worth noting that this information <em>can be used to steal money </em>from her checking account and Heather would best not give out such sensitive details over the phone, but call the company to see if the call is really from them.
Therefore, the correct answer is option C
Read more about phone fraud here:
brainly.com/question/8969110
Transitional epithelium
<span>Transitional epithelium is a tissue made of many layers of epithelial cells that can expand when filled with fluid or contract when there's a lack of fluid. It is thus 'transitional' since it does not have a fixed shape of form. When the bladder is full, the t</span>ransitional epithelium lining it expands to contain urine. Whereas, when the bladder is empty, the transitional epithelium lining contracts and flattens in shape.
