I believe the correct answer is Bachelor’s Degree
Answer:
The correct answer is have the ability to quickly adapt to change.
Explanation:
The scientific literature on organizational management shows how the complexity in which business is developed today forces organizations to deal with a hyper-competitive environment in which changes occur at a speed not previously known. In this context, the interest in the dynamics that organizations develop in order to adapt in this changing environment has gained extraordinary interest in recent decades. Thus, the pace with which organizations manage to adapt to changes, supported by their processes and their human capital, is revealed as essential for their survival and success.
From the point of view of organizational behavior, we would define the ability to adapt as the ability of organizations to change themselves in order to cope with the non-predicted changes that occur in their context of action. That is to say, to adapt is to vary the way in which the organization behaves to deal with those changes that were not precisely foreseen when the organization was designed.
Answer:
the net book value of the asset halfway through its useful life will be less than if straight-line depreciation is used.
Explanation:
Let me use an example to illustrate this.
An asset has a useful life of 4 years. It costs $1000. It has a salvage value of 0
If the straight line depreciation method is used , the depreciation expense every year = $1000/ 4 = $250
The net book value halfway through its useful life = $1000 - ($250 x 2) = $500
If double declining method is used, the depreciation expense in the first year would be = 2/4 x $1000 = $500
The net book value at the beginning of year 2 = $1000 - $500 = $500
Depreciation expense in year 2 = 2/4 x $500 = $250
The net book value at the beginning of year 3 = $500 - $250 = $250
We can see that the net book value halfway through the useful is lower when double declining depreciation method is used
Answer:
- 1. <em>For the amount to double</em>: <u>9.37 years</u>
- 2. <em>For the amount to triple</em>: <u>14.85 years</u>
Explanation:
The equation for continuosly compounded interest is:
Where:
- P is the amount that you invest today: $1,300
- F is the value after t years: the double or triple of $1,300
- r is the annual interest rate: 0.074
<u>1. For the amount to double:</u>
Substitute the values and solve for t:

<u>2. For the amount to triple:</u>
<u />

Answer:
2,845 units
Explanation:
To find the answer you need to consider that the profit is equal to the sales minus the costs.
Let's consider that x is the number of units sold
Sales= Price per unit*number of units sold
Sales= 37x
Variable cost= Cost per unit*number of units sold
Variable cost= 11x
Fixed cost= 18,470
55,498=37x-11x-18,470
55,498+18,470=26x
73,968=26x
x=73,968/26= 2,845
According to this, the answer is that they need to sell 2,845 units to make the desired profit.