Units to be produced in February is calculated as -
Units to be produced in February = February sales + Ending inventory of February - Beginning inventory
February sales = 4,600 units
Ending inventory = 25 % * Sales of March = 25 % * 5,300 units = 1,325 units
Beginning inventory - 25 % * Sales of February = 25 % * 4,600 unit = 1,150 units
Units to be produced in February = 4,600 units + 1,325 units - 1,150 units
Units to be produced in February = 4,775 units
<u>Answer:</u>
Jiffy-Pop’s popcorn, in this case, is an example of <u>innovative packaging.</u>
<u>Explanation:</u>
The days have passed when packaging is merely a means to secure and label an item. These basic tasks must be performed by packaging in a successful product, however the effect of packaging is progressively higher. It's often appropriate to create many design elements in tandem, so that they are the best and most efficient packages within the project's objectives and limitations.
A new update or innovation may attract customers who are searching for economic benefit or who think they have an unsatisfied need or want. In the case of Jiffy-Pop, the customer need not to buy a skillet and a bowl to cook and place the popcorn, in fact both these functions are performed by the outer innovative packaging done by the Jiffy-Pop’s popcorn itself. Thus, customers tend to buy this product more compared to others.
Answer:
$575
Explanation:
Given that,
Opening office supplies = $1,100
Closing office supplies = $475
Office supplies expense for the month = $1,200
Opening stock + Purchases - Closing stock = Consumption
$1,100 + Purchases - $475 = $1,200
$625 + Purchases = $1,200
Purchases = $1,200 - $625
= $575
Therefore, the amount of office supplies was purchased during February is $575.
Answer:
$1.3794
Explanation:
The computation of the projected dividend for the coming year is shown below:
Last year dividend paid = Do
Expected Dividend in Year 1 (D1) = Do ( 1+g) = Do × 1.32
Dividend in Year 2 (D2) = Do ( 1+g)^2 = Do × 1.32^2
Dividend in Year 3 (D3) = Do ( 1+g)^3 = Do × 1.32^3
Dividend in year 4 , (D4) = D3 × (1+g) = Do × 1.32^3 × 1.22
Now the price at year 4 is
P4 = D4 × (1+g) ÷ ( R-g )
= Do × 1.32^3 × 1.22 × (1 + 0.07 ) ÷ ( 0.10 - 0.07 )
= Do × 100.08
Use Gordon Growth Model
The Current Price of Stock is
= D1 ÷ ( 1+ R)^1 +D2 ÷ ( 1+ R)^2 + D3 ÷ ( 1+ R)^3 + D4 ÷ ( 1+ R)^4 + P4 ÷ ( 1+ R)^4
$78 = Do ( 1.32 ÷ 1.1 + 1.32^2 ÷ 1.1 ^2 + 1.32^3 ÷ 1.1^3 +1.32^3 × 1.22 ÷ 1.1^4 + 100 .08 ÷ 1.1^4)
$78 = Do ( 1.2 +1.44 + 1.728 + 1.9165 + 68.36 )
Do = $1.045
Now
Projected Dividend for Year 1 is
= Do × 1.32
= $1.045 × 1.32
= $1.3794
