Managers are involved in controlling when they conclude that an organization is not making adequate progress toward reaching its goals and objectives and develop remedial actions.
- Control is a management activity that aids in the detection of problems and the implementation of corrective actions. This is done to reduce deviation from standards and guarantee that the organization's overall goals are met as desired.
- Controlling is the process of assessing an organization ’s objectives toward its objectives. It comprises monitoring the implementation of a strategy and correcting errors from that plan.
- Control management is a process that helps your firm spot problems, make adjustments, and keep project management on track. Control management increases your firm's chances of achieving its goals.
- Controlling is one of the most important management duties of a goal-oriented organization. Management control approaches are classified into two types: modern and classic control strategies. Feedforward, feedback, and concurrent controls are examples of management control techniques.
Thus the correct answer is controlling.
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Answer:
$3150
Explanation:
Given:
Cost of the asset purchased = $87500 (on 1st October. 2022)
Salvage value at the end of its useful life = $24500
Useful life estimated = 5 years
Question asked:
What is the depreciation expense for 2022 if Ivanhoe Company uses the straight-line method of depreciation?
Solution:
<u>As we know:</u>
Depreciation expenses per year = $12600
But we have to find depreciation expenses for 2022 for:-
From 1st October, 2022 to 31st December, 2022 = 3 months.
<em><u>Straight-Line Depreciation Expense for Partial Year = </u></em>
<em><u /></em>
Depreciation Expense for 3 months = 
Therefore, the depreciation expense for 2022 if Ivanhoe Company uses the straight-line method of depreciation is $3150.
Answer:
E. Yes: The MIRR is 9.13 percent.
Explanation:
<em>The First Step is to Calculate the Terminal Value at end of year 4. </em>
Terminal Value (FV) = Sum of (PV x (1 + r) ^ 5 - n)
= $107,500 x (1.134) ^ 3 + $196,100 x (1.134) ^ 2 + $104,500 x (1.134) ^ 1 + -$92,700 x (1.134) ^ 0
= $156,764.47 + $252,175,97 + $118,503 - $92,700
= $434,743.44
<em>The Next Step is to Calculate the MIRR using a Financial Calculator :
</em>
- $287,500 CFj
0 CFj
0 CFj
0 CFj
$434,743.44 CFj
Shift IRR/Yr 9.13%
Therefore, the MIRR is 9.13%
.
Answer:
As price elasticity of supply increase the supply curve will be closer to the horizontal axis thus shallower.
Explanation:
The price elasticity of supply can be defined as a measure of how much the price of a good or service changes with a corresponding change in the supply of that specific good or service. This means that a good or service can be described as either elastic or inelastic depending on how it's price and supply parameters behave. Inelastic goods are those goods whose price change with reference to their supply do not change much. These goods are sometimes referred to as essentials since people tend to buy them even if the prices are high. On the other hand, elastic goods are those ones whose price fluctuates depending on the supply. These goods are called luxuries, since people buy them only when their prices are low, and avoid them when the price rises.
The price elasticity of supply can be determined using the expression below;
E=%Q/%P
where;
E=elasticity of supply
%Q=percentage change in quantity supplied
%P=percentage change in the price for the corresponding changes in quantity supplied
The supply curve generally represents changes in price verses the changes in quantity supplied. The price is plotted on the left vertical axis, against a corresponding quantity supplied on the horizontal axis.
A product that has more price elasticity of supply will cause the supply curve to be shallower: closer to the horizontal axis. On the other hand a product with less elastic supply will make the supply curve to be steeper: closer to the vertical.
The morality, molality, and mole fraction of NaOH is mathematically given as
- morality= 4 ppm
- molality=0.7936m
- x1 = 0.152
What are the morality, molality, and mole fraction of NaOH?
Question Parameters:
A solution was made by dissolving 800. 0 g of NaOH in 25,200 g of water.
Generally, the equation for the Molality is mathematically given as
molality = (mass / molar mass) x (1/ weight of solvent kg)
Therefore
M= (800 /40) x (1 /25.2)
M=0.7936m
Therefore
m= 10 x 18 / 1000
m= 0.18
Hence
x1 = 0.18 - 0.18 x1
1.18 x1 = 0.18
x1 = 0.152
Where the mole fraction is x1 = 0.152 The mass is
m= (800 / 800 + 2000) x 1000
m= 28.57 %
Hence the morality
molality = mg /L
molality= 8000 x 10^-3 / 2 L
morality= 4 ppm
In conclusion, the morality, molality, and mole fraction of NaOH are given respectively as
morality= 4 ppm
molality=0.7936m
x1 = 0.152
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