If the liabilities of a company increased $110,000 during a period of time and equity in the company decreased $37,000 during th
1 answer:
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Answer:
C) the difference in prices of the Actual Quantity Purchased (AQP) and the Actual Price (AP) multiplied by the Actual Quantity Purchased (AQP) and the Standard Price (SP) of the input purchased.
Explanation:
Direct Material Price Variance = (Actual Price - Standard Price) Actual Quantity
Opening the brackets we have
Actual Price Actual Quantity - Standard Price
Actual Quantity
therefore, from the options provided option C) is correct as Direct Material Price Variance is difference in Actual Cost and Standard Cost of Actual Units
Final Answer
C) the difference in prices of the Actual Quantity Purchased (AQP) and the Actual Price (AP) multiplied by the Actual Quantity Purchased (AQP) and the Standard Price (SP) of the input purchased.
Answer:
The demand function is p= (-2.1)*q + 15.3
Explanation:
The supply function for honey is p=S(q)=0.4*q+2.8, where p is the price in dollars for an 8-oz container and q is the quantity in barrels. The equilibrium price is $4.80. So, the equilibrium quantity is:
4.80=0.4*q+2.8
Solving:
4.80 - 2.8=0.4*q
2=0.4*q
2÷0.4= q
5=q
The demand function, assuming it is linear, is p=m*q+b
The equilibrium quantity is 5 barrels and the equilibrium price is $4.80; and the demand is 4 barrels when the price is $6.90. So:
Isolating the variable "b" from the first equation, you get:
4.80 - m*5= b
Replacing the previous expression in the second equation you get:
6.90=m*4 + 4.80 - m*5
6.90 - 4.80=m*4 - m*5
2.1= (-1)*m
2.1÷(-1)= m
-2.1=m
Replacing the value of "m" in the expression 4.80 - m*5= b you get:
4.80 - (-2.1)*5= b
Solving you get:
15.3= b
So, <u><em>the demand function is p= (-2.1)*q + 15.3</em></u>