First-line managers generally require more technical skills and fewer conceptual skills.
Conceptual skills are vital for top managers, less critical for mid-degree managers and no longer required for first-stage managers. As we move from the bottom of the managerial hierarchy to the pinnacle, the significance of these capabilities will upward thrust. Professional first-line managers can pay attention, talk, and write truely and continually, speaking for maximum effect with people at all degrees inside the organization, including team members, superiors, friends, and others. it is specifically important to correctly speak desires and expectations.technical abilities are the most vital for lower level managers because the managers surpervise the workers who produce products or serve clients. Group leaders and first-line managers want technical understanding and competencies to train new employees and help employees remedy problems. Pinnacle managers need sturdy conceptual abilities, whilst the ones at midlevels need top interpersonal abilities and those at lower stages want technical abilities. All managers want robust communication, selection-making, and time-management skills.
Because of this first-line managers need to be skillful hassle solvers who recognize the way to quick expand alternative plans and enforce them within teams. First-line managers have to remain agile and flexible when shifts unavoidably occur within an organizational structure.
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Answer:
The The number of sweatshirts the company would need to sell to earn a target profit of $1,710 is closest to <u>570</u> sweatshirts.
Explanation:
This can be calculated as follows:
Selling price per unit = $15
Total cost price per unit = Average unit cost + Sales commission per unit = $7 + $5 = $12
Profit per unit = Selling price per unit - Total cost price per unit = $15 - $12 = $3
Target profit = $1,710
Number of sweatshirts to sell to earn a target profit = Target profit / Profit per unit = $1,710 / 3 = 570
Answer:
12.00%
Explanation:
As per the given question the solution of standard deviation of a portfolio is provided below:-
Standard deviation of a portfolio = √(Standard deviation of Product 1)^2 × (Weight 1)^2 + Standard deviation of Product 2)^2 × (Weight 2)^2 + 2 × Standard deviation of product 1 × Standard deviation of product 2 × Weight 1 × Weight 2 × Correlation
= √(0.165^2 × 0.6^2) + (0.068^2 × 0.4^2) + (2 × 0.6 × 0.4 × 0.165 × 0.068 × 0.7)
= √0.009801 + 0.0007398 + 0.00376992
= √0.01431076
= 0.119628592
or
= 12.00%
So, we have calculated the standard deviation of a portfolio by using the above formula.
Answer:
Social structure is the arrangement in the society where people live and interact together in the society.
Explanation:
Social structure in humanism is considered to be the specific and stable plan of the organizations where the people in general public collaborates and lives respectively. The social structure is often treated together with the very idea of the social change that tries to manage the powers of the people which changes the social structure as well as the association of the society.
Social structure helps the individuals to sort out their current circumstances and it limits which characterize the insiders and the outcasts. Social structure restricts certain alternatives and spots us in the discretionary classes that is not based on the personal preferences.
Karl Marx once stated how the monetary creation is coordinated by central main part of the general public.
Answer:
≈66 shares
Explanation:
Given data:
Current price ( S ) = $25
strike price ( K ) = $30
risk free rate ( r ) = 4% = 0.04
Standard deviation ( std ) = 30% = 0.3
In( s/k ) = In ( 25/30 ) = -0.1827
t = 30 / 365
To determine the number of shares of stock per 100 put options to hedge the risk we will apply the relation below
Number of shares to hedge risk = | N(d1) - 1 | * 100 ----- ( 1 )
where :

N(d1 ) = cumulative distribution function = 0.3394
back to equation 1 = 0.6606 * 100 = 66 shares
attached below is the remaining part of the solution