Answer:
certificate of deposit.
Explanation:
A certificate of deposit is one that funds are deposited for a fixed period of time at a particular interest rate. Usually interest rate is determined by the amount being deposited.
Premature liquidation of the certificate of deposit attracts penalty.
This will be the ideal account for Connie Shockey since she does not want an account she can easily withdraw from.
The penalty charged on premature liquidation will serve as a deterrent of she wants to withdraw.
Certificate of deposit is a stable high yield form of investment that will give Connie good returns.
Answer:
It is increases by 0.155 times
Explanation:
As we know that
Current ratio = Current assets ÷ Current liabilities
where,
Current assets = Cash + account receivable + inventory
So in year 1, the current ratio is
= ($7,000 + $18,000 + $34,000) ÷ ($17,000)
= ($55,000) ÷ ($17,000)
= 3.47 times
And, in year 2 , the current ratio is
= ($4,000 + $14,000 + $40,000) ÷ ($16,000)
= ($58,000) ÷ ($16,000)
= 3.625 times
Therefore, it is increases by 0.155 times
Home loan amount = $165,000
Estimated closing costs = $6,187.50
% of estimated closing cost = ?
$165,000 * x% = $6,187.50
x% = $6,187.50 ÷ $165,000
x% = 0.0375
x = 0.0375 x 100 = 3.75
Therefore, estimated closing costs = 3.75% of loan amount = 3.75% of $165,000
Actual closing costs = 3.5% of loan amount = 3.5% of $165,000 = $5775
Difference in estimated and actual closing cost percent = 3.75% - 3.5% = 0.25%
The closing costs were lower than the estimate by 0.25%
Answer:
break even point in units = 2,667
break even point in $ = $33,338
Explanation:
The break even point marks the point where a company is able to cover all its expenses. At this point the company is not losing money, but it is not making a profit either.
break even point in units = total fixed costs / contribution margin
- total fixed costs = $10,000
- contribution margin = $12.50 - ($4 + $4.75) = $12.50 - $8.75 = $3.75
break even point in units = $10,000 / $3.75 = 2,666.67 ≈ 2,667 units
break even point in $ = 2,667 units x $12.50 per unit = $33,337.50 ≈ $33,338
Answer:
Expected number of orders=31.6 orders per year
Explanation:
<em>The expected number of orders would be the Annual demand divided by the economic order quantity(EOQ).</em>
<em>The Economic Order Quantity (EOQ) is the order quantity that minimizes the balance of holding cost and ordering cost. At the EOQ, the holding cost is exactly the same as the ordering cost.</em>
It is calculated as follows:
EOQ = (2× Co D)/Ch)^(1/2)
Co- ordering cost Ch - holding cost, D- annual demand
EOQ = (2× 10 × 100000/2)^(1/2)= 3162.27 units
Number of orders = Annual Demand/EOQ
= 100,000/3,162.27= 31.62 orders
Expected number of orders=31.6 orders per year
