Answer:
$66,909
Explanation:
Calculation for How much must each deposit be (rounded to the nearest $10)?
First step is to calculate the PV using financial y
N= 25
PMT= 200,000
FV= 0
i/y= 9
PV= ?
Hence,
PV= 2,141,322
Now let How much must each deposit be by finding the PMT using financial calculator
N= 15
FV= 2,141,322
PV=0
i/y= 9
PMT= ?
Hence,
PMT=$66,909
Therefore How much must each deposit be is $66,909
The time value of money is the idea that an amount of money in the present is more valuable and is worth more than the amount of money in the future. Two things you'd need to consider when making this type of deal is putting yourself at risk of not getting the money and putting your trust into the person who owns you the money. You would need to consider that putting yourself in that position is your decision, no one elses. Ask yourself, "Can I trust this person?" or, "What if I don't get as much money as they promised?"
I hope this helps!
Nothing will change. Upper management must enthusiastically pursue the plan and create a culture for employees to follow
Answer:
Annual Savings will be ;
Ordering Cost = $2,993.88
Holding Cost = $661.78
Explanation:
First Calculate the Economic Order Quantity (EOQ)
EOQ = √ 2 × Annual Demand × Ordering Cost per Order / Holding Cost per unit
= √ ((2 × 783× 12 × $31) / ($11 × 32%))
= 407
Note : Currently the firm orders at 783 crates per month
Savings in Ordering Cost will be :
Savings = Ordering Cost at Current Quantity - Ordering Cost at EOQ
= (Total Demand / Current Quantity × Ordering Costs) - (Total Demand / Current Quantity × Ordering Costs)
= (9396/783 × $31) - (9396/407 × $31)
= $2,993.88
Savings in Holding Cost will be :
Savings = (Current Quantity - Economic Order Quantity) / 2 × Holding Cost per unit
= (783 - 407) / 2 × ($11 × 32%)
= $661.78