Joana volunteers to deliver a last-minute presentation on behalf of her team. Which quality is Joana demonstrating?

Majestic Corporation manufactures wheel barrows and uses budgeted machine hours to allocate variable manufacturing overhead. The

andre [41]

Answer:

$409185

Explanation:

Given: Budgeted output units: 28,475 units

Budgeted machine-hours: 17,085 hours

Budgeted variable manufacturing overhead costs for 28,475 units: $358,785

Actual output units produced: 32,475 units

Actual machine-hours used: 15,000 hours

Actual variable manufacturing overhead costs: $384,060.

First, we will find Budgeted machine hour per unit produced.

Budgeted machine hour per unit produced= $\frac{Budgeted\ machine\ hour}{Budgeted\ units}$

⇒ $Budgeted machine hour per unit produced= 17085\div 28475= 0.6$

∴Budgeted machine hour per unit produced= 0.6

Budgeted machine hours allowed for 32475 units= $32475\times 0.6= 19485$

Budgeted variable overhead rate per machine hour= $\textrm {Budgeted variable manufacturing overhead costs}\div Budgeted\ machine\ hours$

Budgeted variable overhead rate per machine hour= $358785\div 17085= \$ 21$

Now, lets find out flexible budget amount.

Flexible budget amount= $\textrm{Budgeted machine hours allowed}\times \textrm{Budgeted variable overhead rate}$

Flexible budget amount= $19485\times \$ 21= \$ 409185$

∴Flexible budget amount for variable manufacturing overhead= $409185

6 0

3 years ago

In which of the following would cooperation be most likely to work in a repeated prisoners' dilemma game?

levacccp [35]

Answer:

Option C is correct.

<u> When the game will be repeated infinitely.</u>

Explanation:

The collaborations will undoubtedly work in a repeated prisoners' dilemma game when the game will be rehashed infinitely.

A rehashed detainees problem games alludes to a game technique wherein the game is either rehashed finitely or infinitely..

The collaborations choose to work with boundlessly rehashed games by participating and embracing a socially ideal methodology.

The principle point of cooperations is to expand their settlements in future and this is conceivable just through the selection of the interminably rehashed game system in which they need to co-work endlessly with different firms.

As per this gaming procedure, if any of the Cooperation or firm digresses from the agreeable system, they will get decreased settlements in future.

8 0

3 years ago

A decrease in supply would best be reflected by a change from

Sergeu [11.5K]

When there is a decrease in supply, it would be reflected by a change from Curve A to Curve C.

<h3>How are supply decreases reflected?</h3>

When supply decreases, it leads to the supply curve shifting to the left to show that there is a lesser quantity available.

In the graph therefore, a decrease in supply would be shown as a shift from Curve A to Curve C or Curve B to Curve A.

Find out more on decreases in supply at

#SPJ12

6 0

2 years ago

Taylor takes her employees' opinions into consideration via reasoning and discussion when making departmental decisions. Which o

qwelly [4]

Answer:

A. Flexible

Explanation:

Taylor takes her employees' opinions into consideration via reasoning and discussion when making departmental decisions. She is very much flexible with her role models. She listens to her employees, takes advises from them and then accordingly make divisions. She is the best example of a leader who learn from others and make plans with the help of others in the changing situations. An effective leader and manager should be flexible in order to make their employees and followers comfortable with them. In this way, they can share and coordinate quite effectively.

6 0

3 years ago

(Growth) The U.S. Census estimated that the world population was 6 bil- lion in 1999, and it was increasing 212,000 per day. Wha

lianna [129]

Answer:

Annual growth rate = 1.29% per year

Population in 2050 = 11.53 billion

Explanation:

Data provided in the question:

Population in 1999 = 6 billion = 6,000,000,000

Rate of increase in population = 212,000 per day

Now,

Number of days in a year = 365

Therefore,

Annual growth rate

= [ Growth rate per day × Number of days in a year ] ÷ initial population

= [ 212,000 × 365 ] ÷ 6,000,000,000

= 0.0129 per year

or

= 0.0129 × 100%

= 1.29% per year

Now,

2050 is 51 year from 1999

Population in 2050 = Population in 1999 × ( 1 + rate )ⁿ

= 6,000,000,000 × ( 1 + 0.0129 )⁵¹

= 11.53 billion

7 0

3 years ago