Answer:
The use of Bioplastic PLA is more beneficial than the conventional plastics
Explanation:
The bioplastic PLA is more beneficial because of its compostability, less cost, less Carbon dioxide emission when they are manufactured, plant raw materials are used which absorbs Carbon dioxide, renewable energy is utilized, etc. All these benefit which conventional plastics doesn't have, will leave better impact on the environment. Furthermore, the conventional plastic was very hazardous to marine life which PLA is not. So yes, we must use PLA responsibly. Because if we are recycling more and more, then their are fewer plastic in the ocean and less are the chances that marine life gets hurt.
The correct option is - B (16, 22)
Explanation:
<u>Given:
</u>
Demand function = P = -Q +38
Supply function = P = Q – 6
<u>In order to find the equilibrium, the demand function must be equal to the supply function.
</u>
Thus, putting the demand function equal to the supply function , we get,
Q – 6 = -Q + 38
Solving the above equations, Q = 22
Now, putting the value of Q in demand function in order to find out the value of P,
P = -22 + 38
P = 16
Thus, Option B is correct (16, 22)
Answer:
net sales for the period by Bear's Retail Store: 11,515.8
Explanation:
From the sales revenues we will subtract the returns and discounts.
sales revenues
530
4,900
<u> 6,900 </u>
12,330
sales returns
690 (6,900 for 10 items the custoemr returns 1 item)
<u><em>sales discount on Nancy </em></u>
(6,900 - 690) x 2% = 124.2
net sales: 12,330 - 690 returns - 124.2 discount = 11.515,8
Answer:
3.27
Explanation:
Calculation to determine the enterprise value-EBITDA multiple for this company
First step is to calculate the
Enterprise value
Using this formula
Enterprise value = Market Capitalization + Total Debt - Cash and equivalents
Let plug in the formula
Enterprise value=$582000 + $192000 - $21000
Enterprise value=$753000
Second step is calculate EBITDA using this formula
EBITDA = EBIT + Depreciation and Amortization
Let plug in the formula
EBITDA= $93000 + $137000
EBITDA=$230,000
Now let determine the EBITDA multiple using this formula
EBITDA multiple = Enterprise Value / EBITDA
Let plug in the formula
EBITDA multiple=$753000 / $230000
EBITDA multiple= 3.27
Therefore enterprise value-EBITDA multiple for this company is 3.27
Answer:
stakeholders for the project, documented goal and objective of the assignment, discuss SMART(specific, measurable, agreed, reaganlistic, timeframe) for the assignment, resources for the assignment, GANTT chart of the assignment, risk assessment for the project.
Explanation:
Before starting any major assignment, one must set its goals and objectives very clearly. A list of milestone and progress measuring report must be prepared so that tracking is easy. Also, all the associated risks must be analyze and catered for
