Answer:
Annual demand (U) = 90.000 bags
Cost of each bag = $1.50
Inventory carrying cost per unit(C) = $1.50 × 20% = 0 30
Ordering cost per unit (O) = $15
Part A)
EOQ = 3,000
Part B)
Maximum inventory = EOQ + Safety inventory on hand
Maximum inventory = 3000 + 1000
Maximum inventory = 4.000
Part C)
Average inventory = Maximum inventory + Minimum or Safety /2
Average inventory = 4,000 + 1,000 / 2
Average inventory =2,500
Part D)
How often company order = Annual demand / EOQ
How often company order = 90,000 / 3.000
How often company order = 30
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Answer:
By 110,000 the retained earnings reduced by the property dividend.
Explanation:
Retained Earnings: The retained earnings is that earnings which is left after all payments relating to the business expenses, shareholder dividend. The earnings which is to be retained so that it can come in use in near future.
For retained earning calculation, the stock market value is recorded when the date is declared not on distribution date.
So, the calculation is computed below:
As the 50,000 shares is given for every 10 shares. So, first we have to compute for 1 share which comes by dividing shares to number of shares i.e. 50,000 shares ÷ 10 shares = 5,000 for 1 share.
Now, multiply by market value which comes = 5,000 × $22 = $110,000.
So, by 110,000 the retained earnings reduced by the property dividend.
<h2>Given:-</h2>
- Initial velocity ,u = 0m/s
<h3>To Find:-</h3>
- Distance travel by the boat ,s
<h3 /><h3>Solution:-</h3>
We have to calculate the distance covered by the boat in given time interval. Using 2nd equation of motion
<h3>s = ut + 1/2at²</h3><h3 />
where,
v is the final velocity
a is the acceleration
u is the initial velocity
t is the time taken
s is the distance covered
Substitute the value we get
:⟹ s = 0×8 + 1/2×3 × 8²
:⟹ s = 0 + 1/2 × 3 × 64
:⟹ s = 3/2 × 64
:⟹ s = 3 × 32
:⟹ s = 96 m
Hence, the distance covered by the steam boat is 96 metres.
