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3 years ago

EA16.

Business

1 answer:

Artist 52 [7]3 years ago

5 0

Answer:

Explanation:

The journal entry is shown below:

Work in process A/c - shaping department Dr $35,000

Work in process A/c - packaging department Dr $25,000

To Manufacturing overhead A/c $60,000

(Being apply overhead to the manufacturing departments is recorded)

The computation is shown below:

For shaping department

= 3,500 machine hours × $10 per machine hour

= $35,000

For Packaging department

= 2,500 machine hours × $10 per machine hour

= $25,000

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What is the variance of returns of a portfolio that produced returns of 20%, 25%, and 30%, respectively

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Answer:

16.7

Explanation:

Calculation for What is the variance of returns of the portfolio

First step is to calculate the mean

Mean = (20% + 25% + 30%) / 3

Mean =75% / 3

Mean = 25%

Now let calculate the variance of returns of the portfolio

Portfolio variance of returns = {(20 − 25)^2 + (25 − 25)^2 + (30 − 25)^2} / 3

Portfolio variance of returns=25+0+25/3

Portfolio variance of returns=50/3

Portfolio variance of returns= 16.7

Therefore the variance of returns of the portfolio will be 16.7

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3 years ago

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Time Remaining 36 minutes 46 seconds00:36:46 Item 6Item 6 Time Remaining 36 minutes 46 seconds00:36:46 A company's Cash account

Diano4ka-milaya [45]

Answer:

Cash account balance $5,680

- bank service fees ($47)

- NSF check ($190)

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Dr Bank fees expense 47

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3 years ago

The four conditions (mutual exclusion, hold and wait, no preemption and circular wait) are necessary for a resource deadlock to

Evgen [1.6K]

Explanation:

The conditions sufficient for a resource deadlock to occur is when a deadlock will prevail for process A, B, and C when two resources R and S; if only one instance of each resources is allowed.

Solution

Deadlock conditions

A deadlock is a situation where two or more processes request for same critical resource at the same time.

The mutual exclusion applies a restriction to a resource when the resource is used by any process, it should become unavailable for the other resources

The hold and wait allocations explains that any process which is allocate resources must hold them; till all needed resources are nor sure.

In the meantime, if any other processes need a resource which is held by another process, then the latter will release the resource to prevent deadlock.

No pre-emption states that the operating system can grant access to resources to another process while it is in use by another process; depending on the priority , to prevent deadlock.

Circular wait should not be implemented so that resources being requested by process are allocated when they get free.

Now,

Three processes A, B, and C functions on a system, having two distinct resources R and S.

The resource R has one instant active while resource S has two instances available.

The instance of R is allocated to a process A after request. first instance of resource S is allocated to process B, and second instance of resource S is allocated to process C.

When a request is placed by process B for resource R, then the resource is not available for execution. the process A request for resource S which is used by both C and B.

All the four conditions prevail in this situation; yet deadlock does not occur.

The resource S is released by process C and is allocated to process A. when process A finishes, it releases resources and resources R is allocate d to process B.

Hence all three processes end without a deadlock.

However, the deadlock will prevail for process A, B, and C when two resources R and S; if only one instance of each resources is allowed.

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3 years ago