Answer:
x = $16,078.46
Explanation:
$100,000 = 1.0101x + 1.0204x + 1.0309x + 1.0417x + 1.0526x + 1.0638x
$100,000 = 6.2195x
x = $100,000 / 6.2195 = $16,078.46
month investment value at end of month 6
1 $16,078.46 $17,104.74
2 $16,078.46 $16,924.68
3 $16,078.46 $16,748.39
4 $16,078.46 $16,575.73
5 $16,078.46 $16,406.59
6 $16,078.46 $16,240.87
total $96,470.76 $100,001*
*the extra $1 is due to rounding errors.
Answer:
A) It will increase.
Explanation:
As we know that the safety stock is directly proportional to the lead time that means if the safety stock rises than the lead time is also increased and if the safety stock decreased than the lead time is also decreased.
So, in the case when the lead time rises so expected on hand would also increased
hence, the correct option is A
And, the rest of the options are incorrect
High <u>debt to owner's equity ratio. </u>
This is total liabilities divided by total assets and shows a company's financial leverage, also known as their ability to handle current and future financial obligations.
Answer:
The payback period ignores the time value of money.
Explanation:
This could primarily be classified to be amongst the major disadvantages of the payback period that it ignores the time value of money which is a very important business concept. In the other hand, the payback period disregards the time value of money. It is determined by counting the number of years it takes to recover the funds invested. Some analysts favor the payback method for its simplicity. Others like to use it as an additional point of reference in a capital budgeting decision framework.
The payback period does not account for what happens after payback, ignoring the overall profitability of an investment.
