Answer:
Equilibrium quantity: 145
Equilibrium price: $140
Explanation:
In order to find the answer, first we determine the current difference between quantity supplied and quantity demanded.
Quantity supplied - quantity demanded = difference
125 - 165 = -40
So we have a shortage of -40 units.
We have the information that a $1 increase in price increases supply by 2, and decreases demand by 2. Thus, in order to close the shortage, we need a $10 price increase, because this will raise supply by 20 units, and lower demand by 20 units as well, bringing the 40 gap to 0.
For this reason, the equilibrium quantity is 145 units, and the equilibrium price is $140.
Answer: Debit Petty cash $408; Credit Cash $408.
Explanation: Petty cash is a small amount of fund set aside for immediate or urgent minor expenses. In most organizations, there is a limit to the petty cash amount that a business unit can have. And someone is always saddled with the responsibility of managing the fund. It has its business rule in the sense that the amount should not be withdrawn beyond zero balance to throw it into debit.
In the instance of the question, the petty cash is $460 and within September, total expenses of $316 were incurred and paid for, leaving a balance of $144. However, the accountant determines that this cash should be increased by $92 on 1 October, so reimbursement to the fund would be the amount already spent ($316) and the proposed increment ($92), making $408.
The correct option is w1;q1.
<span>At the profit maximizing level of employment, the wage rate is W1 and the level of employment is Q1.</span>
Answer:
Decrease by $27000
Explanation:
Given that
Contribution margin = 44000
Initial fixed cost = 54000
Final fixed cost = 37000
Recall that
Net operating income = Contrubution Margin - Net fixed cost.
NOI = 44000 - (54000 - 37000)
NOI = 44000 - 17000
NOI = $27000
Thus, Net operating income decreased by 27000.
Answer:
The balance in the account = $851.8
Explanation:
The future value of a lump sum is the amount expected at a future date when a sum of money is invested today at a particular rate of interest for certain number of years
.
This implies compounding the initial amount invested ($300) at the given interest rate(11%) for 10 years.This will be done as follows:
<em />
FV = PV × (1+r)^(n)
FV-Future value
r- rate of return per period
n- Number of period
PV - 300
r-11%
DATA
FV- ?
PV - 300
n- 10
FV= 300 × 1.11^10 = 851.83
The balance in the account = $851.8
