Answer:
The correct answer is a. is relationship-oriented.
Explanation:
This type of leadership takes people and their development in the work team into account. Collaborative and participative work is allowed within its functions, where the appreciations and comments of all people are considered and it is built based on experiences. Everyone has decision-making power, that is, they can carry out tasks in the way they feel best and have the power to support other areas without the need for the boss or leader to participate.
Answer:
a. In a situation where prices are declining, companies using LIFO will report the smallest cost of goods sold.
Explanation:
The last in first out method (LIFO) generally results in less net income because Cost of Goods Sold is greater. The reason is that normally prices increase with time due to inflation.
However, the opposite is true when prices are falling, LIFO will report the smallest cost of goods sold.
<u>The reason is the last items are assumed to be sold first, hence the figure of cost of goods sold will be smaller since the costs are smaller compared to the stock bought previously which are more expensive. </u>
Answer:
$0.68
Explanation:
Multiply each possible prize by its likelihood and add the results in order to obtain the expected value (Note that there is a 100% of losing 0.57 cents since that is the cost of entry):
The expected value of the amount won for one entry if the cost of entering is 57 cents is $0.68
Answer:
Part a: the magnitude of the volumetric heat generation rate is
Part b: the convective heat flux is .
Part c: the amount of energy removed per unit area is
Explanation:
Part a
As per the heat equation
Here
T is given as where x is in meters
k is given as 108 W/mK
So rearranging and solving for q' gives
So the magnitude of the volumetric heat generation rate is
Part b
Here
h is given as 1000W/m2K
T(L,0) is found by putting x=L in equation of T. L is given as 8cm=0.08m.
T_inf is the infinite temperature given as 20C or 293K.
So by substituting values in the equation.
So the convective heat flux is .
Part c:
For energy balance
Here as
is zero
So
It is given as
Here as T_final and T_inf will be same so
Also ρ is given as 7000 kg/m3
cp=450 J/kg.K
So the amount of energy removed per unit area is