Which of the following is not a personality trait?

a work group of 20 employess should be more cohesive than a work group of 10 employess. Ture or false

Oduvanchick [21]

false,since the less the number the more cohesion

6 0

3 years ago

Markland First National Bank of Rolla utilizes Kanban techniques in its check processing facility. The fol-lowing information is

Alisiya [41]

Answer:

the current daily demand of the check processing facility is 8000 units, and a 16 containers is required.

Explanation:

Solution

Given that,

(A) The calculation of delay demand is as follows:

K = (<u>+_</u>) (<u>1 +)</u> C

K = is the number of containers

d = the average delay demand

w = the waiting time per average per unit

p = the average processing time per unit

C = Container quantity

α = safe guard policy variable

Now,

The average processing time = 2/24 * 60 =0.0167

The average waiting time is = 2/24 =0.083

The required number of container = 20 = (0.083 + 0.0167 ) (1 + 0.25) /50

which is

20 * 50 = (0.1) (1.25)

Thus,

1000 / 0.125 = 8000

Now,

The average daily demand is 8000

The next step is to find out how many containers would be needed.

Now,

If there is no waste, it is = 0

The required number of containers will be =

K = 8000 ( 0.083 + 0.0167) ( 1 + 0 )/ 50

= 8000/5= 16 Containers

7 0

2 years ago

What economic goal does the Securities and Exchange Commission (SEC) help the government achieve the most

scoundrel [369]

Answer: promote economic prosperity

Explanation:

7 0

2 years ago

In 2018, X Company sold 6,800 units of its only product for $36.10 each. Unit costs were as follows: Variable manufacturing $14.

Eddi Din [679]

Answer The correct answer is 8.317 units

Explanation:

Firstly, calculate the Total fixed costs= ($2.35+$2.63)*6800= $33.864 Fixed Manufacturing and Selling cost

Secondly, calculate the earnings before taxes 63.000/(1-tax rate) = 63.000(/1-0.39)= 103.278.69

Then, Calculate the Revenue less fixed cost 103.278.69+33.864=137.142,68

Then calculate the Variable margin that is equal to ( Price of sales per unit – Variable manufacturing – Variable selling) = (36.10-14.50-5.11)= 16.49

Finally divide the revenue less fixed cost on the variable margin (137.142,68/16.49) = 8316.72

Units Price Total

Revenue 8,316.72 36.10 300,233.54

Fixed Manufacturing (15,980.00)

Variable manufacturing 8,316.72 14.50 (120,592.42)

Fixed Selling (17,884.00)

Variable Selling 8,316.72 5.11 (42,498.43)

Net Revenue 103,278.69

Tax rate 39% (40,278.69)

Total 63,000.00

7 0

3 years ago

In a homogeneous-good Cornet model where each of the n firms has a constant marginal cost m and the market demand curve is p = a

Jlenok [28]

Answer:

$Q=nq=\frac{n}{n+1}\frac{a-c}{b}$

if n=1 (monopoly) we have $Q^M=\frac{1}{2}\frac{a-c}{b}$

if n goes to infinity (approaching competitive level), we get the competition quantity that would be $Q^c=\frac{a-c}{b}$

Explanation:

In the case of a homogeneous-good Cournot model we have that firm i will solve the following profit maximizing problem

$Max_{q_i} \,\, \Pi_i=(a-b(\sum_{i=1}^n q_i)-m)q_i$

from the FPC we have that

$a-b\sum_{i=1}^n q_i -m -b q_i=0$

$q_i=\frac{a-b \sum_{i=2}^n q_i-m}{2b}$

since all firms are homogeneous this means that $q_i=q \forall i$

then $q=\frac{a-b (n-1) q-m}{2b}=\frac{a-m}{(n+1)b}$

the industry output is then

$Q=nq=\frac{n}{n+1}\frac{a-c}{b}$

if n=1 (monopoly) we have $Q^M=\frac{1}{2}\frac{a-c}{b}$

if n goes to infinity (approaching competitive level), we get the competition quantity that would be $Q^c=\frac{a-c}{b}$

7 0

2 years ago