Based on the calculations, the measure of angle PON (∠PON) in equilateral triangle LMN is equal to 30°.
<h3>What is an equilateral triangle?</h3>
An equilateral triangle can be defined as a special type of triangle that has equal side lengths and all of its three (3) interior angles are equal.
Since triangle LMN is an equilateral triangle, the following applies:
LN = LM = MN
∠LNM = ∠L = ∠LM = 60°
OP // MN (O and P are midpoint).
∠NPO = 90° + (90° - 60°) = 120°
∠PNO = ∠LNP/2 = 60/2 = 30°.
Therefore, ∠PON is given by:
∠PON = 180° - (∠PNO + ∠NPO)
∠PON = 180° - (30° + 120°)
∠PON = 180° - 150°
∠PON = 30°
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Answer:
The EOQ is 353 units
Explanation:
The economic order quantity or EOQ is the quantoty that minimized the holding and ordering cost for invetory.
The formula for EOQ is,
EOQ = √(2*D*O) / H
Where,
- D is the annual demand in units
- O is the ordering cost per order
- H is the holding cost per unit per annum
The annual demand of oil filters by Sam is,
Annual demand = 52 * 150 = 7800 filters
The EOQ for Sam Auto Shop is,
EOQ = √(2*7800*16) / 2
EOQ = 353.27 Units rounded off to 353 units
As per the given scenario, the interpersonal skill that should be used is negotiating effectively.
<h3>Who is a project manager?</h3>
A project manager refers to the person who is in overall charge of the planning and execution of a particular project.
As a project manager, the project is on number one priority. The interpersonal skill that is mainly used in this scenario is negotiating effectively.
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Answer:
C. the purchase of new buses by Greyhound
Explanation:
The investment is the amount that should be invested in order to generate the income
So as per the given situation,the option C is correct as if we puchase the new buses so there is a big investment but after investing into it it generated the income on daily basis
So this should be the example of the investment
Answer:
The correct answer is option (B).
Explanation:
According to the scenario, the given data are as follows:
For Jan.1,2020 value = $626,400
Interest rate = 7%
So, we can calculate the amount of bond interest expense by using following formula:
Interest Expense = Carrying Value × Market Interest Rate
By putting the value of following
Interest expense = $626,400 × 7%
= $626,400 × 0.07
= $43,838
Hence, the amount of bond interest expense to be recognized on December 31, 2020, is $43,838.