A checking account is what you would use to make everyday purchases, and what you usually put the majority of your check into. Savings accounts are used to save money over periods of time. A percentage of your check may go in a savings account that you don't use.
Answer:
False
Explanation:
"Cash-to-cash Analysis and Management" by<em> Hutchinson, Farris and Anders</em> talks about the availability of the<em> financial data</em> and <em>computer technology</em> in assisting a business when it comes to determining its <u>cash-to-cash position </u><em><u>(C2C)</u></em><em>,</em> as well as the <em>benchmarks</em> needed for comparison.
Cash-to-cash analysis was difficult in the past, however, it is easier nowadays. The supply chain is even examined at a broader view than before. C2C efficiency is possible by utilizing the<em> readily available</em> financial date and computer technology. So, this makes the statement above as "false."
So, this explains the answer.
Answer:
The arbitrageur should borrow money at 4% per annum since it is cheaper than paying the forward price for delivery
Explanation:
Current price of gold=$1,400 per ounce
Forward price=$1,500
The arbitrageur can either pay the forward price or borrow $1400 and pay the interest of 4% in a year. Consider option 1 paying the forward price of 1500
Option 1
Since there are no additional costs, the total cost for buying the gold=forward price=$1,500
Option 2
If the arbitrageur borrows the 1400 to pay for the gold now, then pay the interest in 1 year;
The total cost=Amount borrowed+interest accrued in 1 year
Total cost=1400+(4%×1400)
1400+((4/100)×1400)
1400+56=$1456
Since there are no additional costs, option 2=$1456
If we compare option 1 to option 2, we notice that option 2 is slightly cheaper than option 1 by $44
(Option 1-Option 2)=(1500-1456)=$44
The arbitrageur should borrow money at 4% per annum since it is cheaper than paying the forward price for delivery
Answer:
$1,800
Explanation:
Calculation to determine the variable overhead efficiency variance
Using this formula
VOH Efficiency Variance = Budgeted VOH based on Actual - Budgeted VOH/Standard Qty
Let plug in the formula
VOH Efficiency Variance = ((16,000 * $1.80/hr) - ((5,000 * 3.00hrs/unit * $1.80/hr))
VOH Efficiency Variance = $(28,800.00 - $27,000.00)
VOH Efficiency Variance = $1.800
Therefore Using the four-variance approach, what is the variable overhead efficiency variance will be $1,800
